i'

II
DATE DUE

HPT 9 A

CAVLORO rniNTCO IN U.S- A.

UNITED STATES DEPARTMENT OF COMMERCE • Frederick H. Mueller, Secretary NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director

Climatic Charts and Data

of the Radio Refractive Index

for the United States and the World

B. R. Bean, J. D. Horn, and A. M. Ozanich, Jr.

, National Bureau of Standards Monograph 22

Issued November 25, 1960

For sale by the Superintendent of Documents, U.S. Government Printing Office, Washington 25, D.C. - Price S2
fell;sial Bi're^u of Standards MAR 9 1961

Qcioo

Contents

Page

1. Introduction 1 2. Presentation of basic data 1 3. Climatological data of for the United States 3

4. Accuracy of results 3

5. Worldwide values 4

6. Climatic classification hy Ns 5

7. Applications 6

8. Appraisal of results 7

9. References 9

10. Appendix I 10

11. Appendix II 73

12. Appendix III 79

Figures (1 to 117) 124-178

II
Climatic Charts and Data of the Radio Refractive

Index for the United States and the World

B. R. Bean, J. D. Horn, and A. M. Ozanich, Jr.

The radio refractive index of air, n=l +NX10~^, is a function of atmospheric pressure, temperature, and humidity and varies in a systematic fashion with climate. Included in this Monograph is a compilation of refractive index data. Data listings

made up of observations from 45 U.S. surface weather stations for 2-hour intervals over an 8-year period are given. Mean values, maxima, minima, and standard deviations of the refractive index have been calculated and tabulated for these observations. Additionally, mean vertical profiles of the refractive index have been prepared for 43 U.S. upper

air sounding stations from long-term means of pressure, temperature, and humidity.

Earlier studies of refractive index climate are assimilated and put into perspective.

One such study is an extensive analysis and mapping of the refractive index climate of the United States. A worldwide radio refractive index climatology is developed based upon

monthly mean observations of pressure, temperature, and humidity.

An important finding of these climatological investigations is the strong correlation of N with height. A reduced-to-sea-level value of the index, termed No, is used to eliminate

this systematic height dependence. The surface value of TV, N„ may be estimated four to

five times more accurately from charts of No than from similar-sized charts of A'^, itself. From climatic charts of A^o, N^ may be estimated at any given location in the United

States throughout the day during every season. In addition detailed annual and diurnal

cycles, as well as 8-year cumulative probability distributions, are given for 12 representative

U.S. stations. On a worldwide basis, charts of mean A^o are presented for both summer and winter

season.

1. Introduction

This Monograph has as its purpose the compilation and analysis of the extensive radio refractive

index data available within the Central Radio

Propagation Laboratory of the National Bureau

of Standards. This will be accomplished by

presenting both tabulations of basic data for

specific locations and charts for interpolation to any location.

The radio refractive index of air, n, is a function

of atmospheric pressure, temperature, and humidity, thus combining in one parameter three of the

normal meteorological elements used to specify

climate. In the following sections we will examine

the variability of n during different seasons of the

year and climatic regions. The systematic dependence of n upon station elevation will make it necessary to consider a method of expressing n in terms of an equivalent sea-level value in order to

see more clearly actual climatic differences of

various parts of the country.

2. Presentation of Basic Data

Near the surface of the earth and for VHFUHF frequencies, n is a number of the order of 1.0003. Since, for air, n never exceeds unity by

more than a few parts in 10"*, it is convenient to consider the climatic variation of n in terms of

,0.=^«(p+«'^ (1)

where P is the total atmospheric station pressure

(mb), RH the relative humidity (%) and Cs the

saturation vapor pressure (mb) at the temperature

T (°K). The value of the constants in (1) were

determined [1] ' from a consideration of recent

' Figures in brackets Indicate the literature reference on page 9.

microwave and optical determinations of the re- fractive index of air and are considered to be

accurate to 0.5 percent in for frequencies up to 30,000 Mc/s in the ranges of temperature, pressure, and humidity normally encountered. The notation Ns is used to indicate that (1) has been

evaluated from standard surface weather observations.

By cooperation with the National Weather

Records Center of the U.S. Weather Bureau 8 years

of surface weather observations at 60 different

locations were converted into Ns hy use of eq (1). With minor exception, all stations have more than

150 individual observations for the even hours of

the day for each month.

When charts were prepared from these S-j^ear

means, a pronounced altitude dependence could

1
be seen as in figure 1 . It is noted that the coastal areas display high values of A^^ while the inland

areas have lower values. There are low values of

Ns corresponding to the Appalachian and Adirondack mountains, then a decrease of A^s with in- creasing elevation of the Great Plains until the

lowest values are reached in the Rocky Mountain

region and the high plateau area of Nevada. A

corresponding gradient is observed from the West

Coast eastward. Crosshatching encloses areas where the terrain changes so rapidly that it was

felt that the data were inadequate to obtain realistic contours of Ng. Note the great similarity between the contours of A^^ on figure 1 and the elevation of ground above sea level, figure 2. The

strong elevation dependence of Ns is due to the

dominating effect of the changes of density with

altitude. In fact, the inform,ation gained immediately from figure 1 is essentially the general

relief of the continent.

The altitude dependence of A^^ can be studied in terms of the "dry" and "wet" components of A^. The dry term, D,

is proportional to air density and normally constitutes at least 60 percent of A'^. One would expect, from the hydrostatic equation [2], that D would be an exponential function

of height. Examination of D at the earth's sur- face versus station elevation shows this to be, in

fact, true. By assuming an exponential decay

between the value of A'^ at sea level and 8 kilometers the height coefficient of —0.1057 per kilometer was determined from the NACA dry

standard atmosphere [3] and was adopted for general use. Thus the station value, D^, may be

reduced to a sea-level value, Do, by the relationship

Do=Ds exp (0.1057 h) (3) where h is in kilometers. Values of obtained

in this fashion and shown on figure 3 present a gradient that is remarkably free of detail compared to the Ns chart, and contours are easily

drawn for all areas of the country.

A similar investigation was made of the height

dependence of the surface "wet" term, Ws,

evaluated from ^3.73XlO'esRH

All of the cases examined displayed low correlations of log T^., and height, indicating that Ws is not a marked exponential function of height.

Thus Ws is plotted on figure 4. At this point in the reduction process there are two maps, one of and one of Ws. A further

simpHfication is accomphshed by introducing the

approximation of reducing A^^ by the dry term

height correction to obtain a single reduced value,

No={Ds+Ws) exp (0.1057 h). (5) Figure 5 gives the A^o contours for the same time

as the previous maps of and Ws. The No

maps are no more difficult to prepare than the

Ws maps and have effectively removed the station

height dependence of A^^. One might wonder at the advisability of arbitrarily reducing the wet

term by the dry term correction. For the coastal areas of the country, where the exponential

height correction is nearly one, this amounts

simply to adding the Do and Ws maps while for the mountain areas, where the height correction

factor is large, the Ws values are small with the

result that the gradient of the A''isopleths obtained

from the Do and Ws maps is essentially maintained on the A^o maps. As an example, for the

series of maps under discussion, the {Do-\-Ws)

difference between Reno, Nev. (elevation 1340

meters) and Oakland, Calif, (elevation 5.5 meters)

is 21 A^ units, while the A^o difference is 19 AT" units.

It would appear that by removing the influence

of station elevation it would be more efficient to estimate A^'s from A^o charts than from A^'^ charts.

As a test of this hypothesis, A^^ and A'^o contour

charts were prepared for both summer and winter

from only 42 of the 62 U.S. Weather Bureau sta- tions for which 8-year means of A^^ are available.

The remaining 20 stations, distributed at random

about the country, were used as a test sample by

estimating their 8-year mean value of A^^ from A^'o and Ns contours. Summertime examples of

these charts are given by figures 6 and 7, wintertime examples by figures 8 and 9. Note that due

to the reduced range of A'^, the A^o charts are drawn

every 5 AT" units as compared to the 10 AT" unit contour interval of the Ns charts. The individual

deviations of the values obtained from the

contour maps with the actual 8-year means are hsted in table 1. By comparing the root mean

square (rms) deviations of 10.7 N units in winter

and 13.0 A^ units in summer obtained by esti- mating Ns from the Ns contours with the 2.7 unit rms of estimating Ns from No contours one concludes that it is at least 4 times more accurate to estimate A^'^ from the A^^o contours than from those

of Ns. An inspection of the individual deviations

in table 1 indicate that the A^o contour method is particularly efficient at elevations in excess of 1200

meters or where the terrain is changing rapidly

with respect to horizontal distance. As a further

practical consequence one notes the remarkable

similarity between the A^o contours of figures 5 and 8, even though the latter contours were derive^

from only two-thirds of the original data. This

indicates that any desired level of accuracy of

estimating Ns may be maintained with fewer sta- tions (and less expense) by the use of No charts

than by the use of A^, charts.

2
Table 1.

Test station Height(meters)

February 1400 August 0200

A*

iVT, map iVo map

A

/\ AU

l^t zn&p i No map

Sacramento, Calif - - 7 315.6 7.6 0.8 329.6 1.0 -1.8

Portland, Ore^ 8 316.2 4.2 -0.6 337.7 19.7 6.0

11 314 2 ^ g o4o. i 16.

1

3.

6

Mobile, Ala 66 326 6 6 6 4 8 o/u. U 6.

0

0.

6

86 310 6 9 6 3.

4

326 2 0. z 4.

2

Boston, Mass 89 308.6 -6.4 -0.5 347.5 -7.5 -0.4 Grand Rapids, Mich - - 210 304.4 0.4 -5.9 340.5 -1.5 0.

1

239 300 8 Q 2 O A Mo. / —2.

3

—2.

6

Minneapolis, Minn .._ _ _ 255 OUl. 1 n 1 U. 0 ooO. 0 —0.

5

2.

7

271 302. 5 —u. o

n "7 U. / 344.

1

—2.

9

—2.

8

Des Moines, Iowa - - - 294 300.9 3.9 2.3 343.1 -1.9 -0. 1 Pendleton, Ore 455 295. 9 1. 9 0.4 300.9 2.

9

—3. 1 Billings, Mont 1,088 269.3 -2.3 0.1 285.6 5.6 1.2 Burns, Ore 1,262 268.

1

-23.9 -3.2 271.3 -15.7 -4.4

Salt Lake City, Utah. _ 1, 288 266.3 1.3 -0.8 279.5 8.5 4. 4 Reno, Nev - - - 1,340 259.6 -20.4 -6.8 277.6 -29.4 1.6

Pocatello, Idaho _— - 1,355 264.7 -2.3 0.4 269.7 -3.3 0.0 Denver, Colo _ . 1, 625 244.9 -8.1 0.7 276.6 -1.4 0.3 Colorado Springs, Colo _-_ ... 1,882 237.1 -15.9 -0.6 272.4 -6.6 1.1 Flagstaff, Ariz - 2, 131 237.8 -26.2 2.3 261.4 -36.6 -2.2

Root mean square deviation 10.7 2.7 13.0 2.7

M=8-year mean value of N,.

•*d = (Actual long term mean) — (Value obtained from map contours).

3. Climatological Data of No for the

United States

Charts of 8-year mean A^o values were prepared Tatoosh Island is indicated by annual range of

for the months of February, May, August, and less than 20 A^^ units. This same maritime effect November for the even hours of the day and are is noted in the small diurnal variations of 1 to 2 given on figures 10 to 57, inclusive. The basic units in both summer and winter at Tatoosh

data for these charts are tabulated in appendix I. Island as compared to the 10 to 15 A'' unit diurnal

Although one may derive the annual and diurnal variations at Washington, D.C. Further, the genvariation of A^o from these charts for any location eral conclusion is drawn that seasonal cycles are

in the United States, a dozen specific locations somewhat smaller at 1400 local time than for 0200 were chosen to illustrate the range of seasonal and local time. Also the diurnal variation of Ns is diurnal variations of Ns throughout the country much more pronounced during the summer than

and are plotted graphically on figures 58 to 69. during the winter.

It is quite evident from these figures that the It is frequently desired in engineering applicalargest annual ranges of means are found on the tions, such as the prediction of the total bending

east coast, where, for example, Washington, D.C, of radio rays from Ns [4], to know the complete

varies nearly 60 A'' units summer to winter. By distribution of A^s. Such distributions are given

comparison, the maritime dominated climate of on figures 70 to 81.

4. Accuracy of Results

The maps presented above were based upon mine the detailed variations such as might be

data from 60 weather stations. The number of found in an area of a few square miles where such

stations appears to be consistent with the scale of diverse land features as rivers, marsh land, penemap used. The map scale is so small, however, plain, bluffs, and mountains are found,

that only average climatic differences over a region The accuracy of the present charts may be can be expected to be discerned. For example, assessed from the charts of standard deviation of

the average value of A''^ could be determined for Ns as given on figures 82 to 85. The average

any 10 to 50 square mile area of eastern Colorado value of the standard deviation for the entire coun- although one would not expect to be able to deter- try is perhaps 10 A^^ units in the winter and 15 A'"

3
units in the summer. The High Plains and the

West Coast consistently show smaller values of

standard deviation than the Southeastern States. These values of the standard deviations allow one

to estimate the error in the 8-year mean value of

Ns used in deriving the contours of A^o from the

expression [5]

where o-(iVs) indicates the error of the mean and

a{Ns) the standard deviation of the n individual

values used to determine N^. Since the largest

value of ff{Ns) on these maps is 26 units and the

average number of observations is about 200, we

estimate that <t{Ns)<1.9 N units, which is well

within the 2.7 N unit error previously determined

as the final error of contouring and reading the A^o charts. Thus, if we assumed perfect skill in drawing and reading the contours, one would expect an

irreducible error of 1 to 2 units in estimating the mean.

It is quite interesting to note the degree to which

cr{N's) reflects the climatic stabihty of the various

regions of the country. The very stable chmate

of the maritime-dominated West Coast is reflected

by small values of (x(Ns). For comparison, the

strong air mass changes characteristic of the wintertime sjmoptic patterns that sweep across the

Southeastern States is reflected in the large standard deviations in that region. It appears to be

quite significant that the relative lack of synoptic

activity in this region during the summer months

is shown by a smaller value of (t{Ns).

5. Worldwide No Values

To obtain long-term average values of n one

should properly average individual observations over many years. This is difficult to do since, in general, only summaries of weather observations

are readily available. However, long-term aver- age values of temperature, pressure, and humidity

are available and may be converted into an "average" value of A'^. This "average" A^ differs from

the true average since the intercorrelation of pressure, temperature, and humidity is neglected.

This difference was examined by an analysis of 2 years of weather records of the months of February

and August at an arctic location (Fairbanks,

Alaska), a temperate zone location (Washington,

D.C.) and a tropical location (Swan Island, W.I.).

These data, given in table 2, indicate that the dif- ference between the two methods was never more

than 1.5 A^^ units and the average difference was

less than 1 A^unit which is small compared to commonly observed seasonal and geographic variation

of 20"to 100 A^ units.

On this basis it was decided to use the long term means given in the United Nations' monthly publication, Climatic Data for the World. This publication is particularly advantageous for our pres- ent study since it reports the fictitious value of the

relative humidity needed to obtain the actual

average vapor pressure from the saturated vapor

pressure of the reported mean temperature [6]. Data from 306 weather stations were obtained

in order to give reasonable geographical coverage.

In general, 5 years of record were obtained for each

station from the period 1949 to 1958, preference

being given to the years 1954 to 1958. A noticeable exception, however, was Russia for which

only 1 year of data (IGY) is reported in Climatic

Data for the World and thus all charts are drawn

with dashed contours for Russia. A reasonable

coverage of the ocean areas of the world was made

by estimating temperature from sea surface iso- therms [7] and humidity from charts of seasonal

average depression of the wet bulb temperature

[8]. Pressure was estimated for these locations

from average winter and summer pressure charts.

Table 2. Two year average value of N, versus the value of N,

calculated from average temperature, pressure, and humidity

Fairbanks

Washington..

Swan IslandFebruary- August

February. August

February. August

314.0

320.5

305. 5 356.

0

362.0 387.5

N,(P. T, RH)

313.0

320.0

304. 5 354. 5

362. 5 388.0

Average.

N,-NAP,

T. RH)

1.0 0.5

1.0

1.5

0.5

0.5

0. 83

These data were converted to A^ [9], are tabulated in appendix 2, and charts prepared, the alti- tude dependence being removed by the use of

eq (5). The effects of this correction on the

worldwide values can be seen from figure 86 where

A^o is plotted versus station elevation in feet. A

sample line illustrates the decay of Ns with height

for A^o=348. The value of for any other value

of A^o would be obtained from a line parallel to the

7Vo =348 fine but having a zero intercept equal to the new value of A'o- The advantage of adopting

A'o is illustrated hy the reduction in range from

190 A^ units for A^, to 115 A^ units for A^o thus

diminishing the number of contours of the result- mg maps.

4
Mean values of A'^o were calculated at each of the

306 selected stations and charts prepared for February and August, figures 87 and 88. It is seen that the values of A^o for sea-level stations

vary from 390 in the maritime tropical areas to 290 in the deserts and high plateaus. The interior

of continents and mountain chains in middle

latitudes are reflected by low values as compared

to those of coastal areas. Further, such pronounced climatic details as the Indian monsoon

and the effects of coastal mountain ranges blocking prevailing winds and producing rain shadows

are indicated by these A'^o contours. The annual variation of A^^ is indicated on figure

89 by contours of the difference between the maximum and minimum monthly means observed

throughout the year. It is quite remarkable how

clearly climatic differences are evidenced by the

yearly range of Ng. The prevailing transport of

moist maritime air inland over the west coasts of

North America and Europe is indicated by rela- tively small annual ranges (20 to 30 A^ units),

while, for example, the east coast of the United

States with a range of 40 to 50 A'' units or more

reflects the invasion of that area from time to time

by such diverse air masses as arctic continental and

tropical maritime. The largest annual ranges of

Ns (90 A^ units) are observed in the Sudan of

Africa and in connection with the Indian monsoon. An additional A^o map, figure 90, was prepared

from the minimum monthly mean value of Ns

observed throughout the year to supplement the

range map in order that an estimation might be

made of both the minimum and maximum monthly

mean A'^s expected during the year. A measure of the variability of the February and

August mean values of A^, is given by monthly

range maps (figs. 91 and 92) determined from

monthly averages from 5 years of data. Ranges

are given by the maximum difference of the five individual monthly mean values. In contouring

the two variability maps only those terrestrial

regions having reasonable data coverage are

included. Dashed contours are shown for areas

of sparse or unreliable data. The general picture

of the worldwide distribution of A''^ variability is that of a number of continentally-located cells of

moderate range accompaned by somewhat random

small-scale variations over ocean areas. Regions

of large range, from 40 to as much as 70 A^

units, are present, however, in Australia and on

islands of the adjoining oceans, on the African

equatorial highlands near the Cameroons and in

the Great Basin of the southwestern United

States. Common to all these areas of large yearto-year variability, at least during the summer

season, are high mean temperatures ranging from

about 25° C to 30° C, the variability being due to

relatively small variations of humidity. It is felt that when a more dense network of stations is available for a longer period of record, say 10

years, areas of high monthly variability are likely

to be more extensive in tropical and desert areas than indicated on our present maps.

6. Climatic Classification by Ns

The annual cycle of at each station was ex- amined for the purpose of deriving similarities of

climatic pattern. As one form of climatic classi- fication, the annual mean value of at each

station was plotted versus the annual range at the

station. When this was done, several distinct

groupings of data seemed evident. These groupings, described in table 3, are intended to give a general idea of the geographic and climatic

character of the majority of the stations found

within given values of range and yearly mean of

Table 3. Characteristics of climatic types

Type

I. Mid-Latitude Coastal.

_

II. Subtropical-Savanna..

III. Monsoon-Sudan

IV. Semiarid-Mountain ...

V. Continental-Polar

VI. Isothermal-Equatorial

Aimual mean N, in

.ZV units

300-350

350-400

280-400

240-300

300-340

340-400

-Annual range of N, m N units

30-60

30-60

60-100

0-60

0-30

0-30

Characteristics

Stations near the sea or in lowlands on lakes and rivers. Located in latitude belts between 20° and 50°. Generally subtropical stations with marine or modified marine climate. Composed of lowland stations between 30° N and 25° S latitude. Rarely located far from the

ocean. Tropical stations in this category exhibit definite rainy and dry seasons typical of Savanna climate. Monsoon climates generally found between 20° N and 40° N latitude. Climate produced by

seasonal extremes of rainfall and temperature. Sudan climates located across central Africa from 10° N to 20° N latitude. Characterized by seasonal extremes of rainfall in a hot climate. Found in desert and high steppe regions as well as mountain observatories at elevations greater than 1000 meters m.s.l. This group characterized by year round dry climate. Widespread occurrence in middle latitudes and polar regions. Characterized by moderate or low

temperatures. Mediterranean climates are included in this group due to low range resulting from characteristic dry summers.

Tropical stations at low elevation between 20° N and 20° S latitude. Found almost exclusively along seacoasts or on islands. Characterized by monotonous, rainy climates.

t 5
For a given classification of refractive index

climate diverse meteorological climates and geographical regions may be represented. Note, for example, that type V of table 3 includes stations

from Mediterranean and marine as well as polar

climates. Mediterranean stations in this cate- gory fail to attain a high range because of the

characteristic dryness of the subtropical high

pressure pattern that is generally found in this area during the summer months. Polar and

marine climates in this group maintain low range

due to suppressed humidity effects as a result of low to moderate year-around average temperatures. Annual trends of Ns for stations typical of each

climatic division are shown by figure 93. Yet another facet of the climate is the year-toyear variation of the monthly mean value of A^^. Five consecutive years of monthly means were

prepared for each of the six typical stations whose

annual cycles are shown in figure 93. Then, for each month, the absolute value of the difference

between consecutive years was obtained. These

values were then averaged for all months and are

listed in the 2d column of table 4. Another measure of the variation of monthly

mean values of A^^ is obtained by differencing the

niaximum and minimum values occurring for a given month during the 5-year period. These

differences are also given in table 4 for the months

of February, May, August, and November.

Table 4. Year-to-year differences of monthly mean N,

Difference Maximum differences between

between monthly monthly means over a 5-year means in succes- period

sive years for Climatic type the same month

averaged for all seasons over a Feb. May Aug. Nov.

5-year period

I _ 5.7 6.0 16.5 17.0 7.0 n 5.4 8.5 6.5 8.0 11.0

___ 8.9 16.5 14.5 20.0 6.5 IV. 5.4 10.5 11.5 13.5 6.5 V _._ 4.7 5.5 11.5 10.0 5.0 VI 7.

1

9.5 25.5 8.5 8.5

7. Applications

The communications engineer usually has available a small amount of measured field strength

data from limited tests of a particular system.

He must then estimate the expected signal level of practical range of that system, or other sys- tems, for other times of the year, other years and

in other areas. The variation of signal level from

month to month and climate to climate can be

explained, in part, by its observed correlation

with A^,. Pickard and Stetson [10, 11] were among the

first to note the correlation of and received

field strengths. The correlation of Ns and field strength over a particular path has been studied

quantitatively [12, 13] and found to be highest

(correlation coefficients of 0.8 to 0.95) when the

variables are averaged over periods of a week to a month. This latter study has shown that the

regression coefiicient (db change in field strength

per unit change in A^^) varies diurnally from 0.14 db

in the afternoon hours to 0.24 db per unit change

of A^s in the early morning hours. This correlation is so sufficiently consistent that Gray [14] and

Norton [15] have utilized it in their recent prediction methods of transmission loss in a band

from 100 to 50,000 Mc/s. In addition, the coeffi- cient 0.2 db per unit change in A^, has been

tentatively adopted by CCIR study group V in

their revision of the 30 to 300 Mc/s tropospheric- wave propagation curves to account for the geographic and seasonal variations of field strengths.

The estimates of field strength variations attributed to Ns given below are based upon the CCIR

coefficient.

If one assumes, for comparison only, that the

worldwide average value of Ns is 330 and that one

is able to estimate the field strength level of a

particular communications system at a given dis- tance and for A''s=330, then the above correlations

would indicate that the climatic variations of

fields given in table 5 might be expected.

Table 5. Climatic variation of hypothetical communications system relative to predicted value for N, = SSO and

assuming 0.2 db variation per unit change in Ns

Climatic type* Expected yearly mean

field strength level relative to N,=330

Expected annual

range on the above assumption

I -6 to +4 db +4 to +14 db

-10 to +14 db -18 to -6 db -6 to +2 db +2 to +14 db

6 to 12 db

6 to 12 db

12 to 20 db

0 to 12 db

0 to 6 db

0 to 6 db

IIIII —

.

IVv ._ VI

Climatic types are the same as those in table .3.

The data of table 5 indicate, for example, that

identically equipped tropospheric communications

systems could display as much as 32 db difference

in mean signal strength level due to the climatic

difference of say, Denver, Colo., and the tropics.

Further, one might expect the monthly mean field strength of this hypothetical system to vary

throughout the year from less than 12 db in the

high plains near Denver to as much as 20 db in

the African Sudan.

6
Under this same assumption figures 89 and 90

allow the communications engineer to estimate

the expected maximum and minimum monthly

mean field strength expected throughout the year. The year-to-year variations of the monthly

mean Ng listed in table 4 indicate that the monthly

mean of field strength for a particular month may

differ in successive years by as little as 1.0 db for climatic category V in November or as much as

5.1 db for category VI in May.

Another application of these worldwide charts is to aid in estimating the refraction of radio waves. The most convenient method of accounting for

the effects of atmospheric refraction is by means of

the effective earth's radius concept of Schelling,

Burrows, and Ferrel [16]. The effective earth's

radius, a«, is determined from

n dh

where a is the true radius of the earth, n is the

refractive index, and dn/dh is the initial n gradient

with respect to height. A great simplification of

propagation calculations is accomplished by as- suming that dn/dh is a constant, thus allowing

radio rays to be drawn as straight rays over a

fictitious earth of radius ae rather than curved rays over the true earth of radius a. This simplification allows, for example, the distance to the radio

horizon, d, of a radio ray leaving an antenna of

height, h, to be calculated from

(^=V2aX (7)

One notes, however, that the determination of

tte involves dn/dh as well as n and that our A^'o charts allow only an estimation of n. This dis- parity may be resolved by utilizing the observation

that Ns is highly correlated with the value of

at 1 km above the surface. The difference

between Ns and at 1 km is denoted AA''. Tabulations and charts of AA' for the United States are given in appendix III. It has been noted [17] that the correlation coefficient between In | AA^ | and A^,, is 0.926 for 888 sets of data from 45 U.S.

weather stations representing many diverse cli- mates. The regression equation

-AA^=7.32 exp {0.005577 A^,} (8)

results when both variables are averaged over 6

to 8 years of record. Approximating dn/dh in (6)

by AA'' we may determine that the radio horizon

distance of an antenna located 150 meters above

the earth would vary from 48 km when A^s =200

to 59 km when A's =400. Yet another application

of the Ns charts is to the exponential models of

the decrease of refractive index with height which

have been recently proposed [17, 18]. These

models are completely specified by A^^^ and may be

used to account for seasonal and geographic variations of such refraction effects as radar range and

elevation angle errors. Data tabulations of mean

values of A^ versus height are also given in appendix

III both for their own value and to aid in the

development of further models.

8. Appraisal of Results

The world maps referred to above were based

upon data from 306 weather stations. This

number of stations appears to be consistent with

the scale of map used. The map scale is so small,

however, that only large climatic differences can

be expected to be discerned. For the climate of

any given area one should refer to detailed studies

of A^ such as that given earlier in this Monograph

for the United States. The accuracy of the present charts may be

assessed from the charts of maximum range, R, of monthly means as given by figures 12 and 13. The standard deviation of the individual monthly means may be estimated from [5]

0.43 R

where the coefficient 0.43 is appropriate for five individual observations. Since, in general, R<20

N units, then

(0.43) R<9 A^ units

although this standard deviation may be as large as 26 N units for the month of February in Australia; 17 A^ units in the southwest of the United

States during August, or in the African Sudan

during February.

Further, the standard error of estimating a 5-year mean from five individual monthly values

is determined from

0.43 R

yjn

where n for our case is 5 and thus the error of the

5-year mean would be 0.192 R. Remembering

that R<20 N units and assuming perfect skill in

drawing the contom's, one would expect the standard error of estimate to be less than 4 A^ units.

This standard error can be as large as 12 A" units

in Australia where R=QO N units.

7
The value of A^s at each of the 20 test stations of

section 2 was estimated from the A^o contours with an rms error of 5 N units which is consistent with

the standard error of estimate obtained from the

range charts. In the large areas of sparse data,

such as the oceans and Russia, this uncertainty

rises to about 10 N units and thus the contours in these regions are dashed.

At the time the present study was initiated it was felt that Ns should be reduced to sea level by

at least the dry term correction factor as in eq (5). The absence of published work on models of A^" structure in the free atmosphere encouraged the

decision to rest on prudence and adopt this dry

term correction factor. Since that time several

effective exponential models of the free atmosphere

have been demonstrated [17, 18] and it now appears that it might be better in future work to use

the slightly larger exponential coefficient which

corresponds to the decay of A'^ in the free atmosphere. If the free atmosphere decay were adopted,

then the range of A^'o values on the world maps

would be reduced from 115 to 110 A^ units, i.e., less than 5 percent. Since this reduction in range

is an order of magnitude less than the original

reduction accomplished by the use of No, it appears

that the basic advantage of the adoption of the

concept of a reduced value has been realized with

the initial correction. To produce a significantly

large reduction in the range of the present map

contours it would appear that the seasonal and

diurnal variation of the exponential coefficient

would have to be considered; a process which

appears at present to be unduly complex.

out the wholehearted cooperation of the staff of

the National Weather Records Center the present

report would not have been possible.

Table 6. U.S. weather stations

The authors express their gratitude to all members of the radio-meteorology section of the

Central Radio Propagation Laboratory for their

aid in the many aspects of this work. Particular

credit should be given to the National Weather

Records Center where, under the direction of

Leslie Smith, the detailed calculations involving

the conversion of raw meteorological data to refractive index were carried out. Indeed, withSta. code No.

03103

12839

12842

12919

12921 13723

13743 13745

13874

13880

13894

13897

13941 13963 139C7

13983

13985 14607

14733

14735

14739

14762

14764

14830 14834 14847

14849

14918

14922

14933

23041 23044

23050 23062

23066

23154

23167

23169

23183

23185 23188

23230

23232

23236

24011

24021 24023 24033

24034 24090

24127

24131 24134

24143

24155 24156

24157

24225

24229

24240 93037

93814

Station

Flagstaff ___ Miami Tampa _ Brownsville San Antonio

Greensboro Washington

Hatteras Atlanta _. Charleston Mobile

Nashville Lake Charles _. Little Rock_..._... Oklahoma City Columbia Dodge City Caribou

Buffalo Albany

Boston

Pittsburgh Portland Grand Rapids

Joliet Sault Ste. Marie... Toledo

International Falls Minneapolis Des Moines

Big Spring El Paso Albuquerque Denver Grand Junction Ely

Fresno Las Vegas

Phoenix.. _. Reno... San Diego Oakland.

Sacramento

Santa Maria

Bismarck Lander North Platte

Billings Glasgow.. Rapid City

Salt Lake City

Boise Burns

Great Falls Pendleton

Pocatello Spokane Medford

Portland Tatoosh Island Colorado Springs... Cincinnati

State Lat. Long. Hgt. m M

Ariz __ 35 08 N 111°40' W 2131.47

Fla__ .. 25°49' N 80°17' W 7.315 Fla 27°58' N 82°32' W 10. 973 Tex 25°55' N 97°28' W 6. 096 Tex 29°32' N 98°28' W 242. 01 N.C, 36°05' N 79°57' W 274. 93

JJ.L/ 38°50' N 77°02' W 21. 946 N.C- 35°15' N 75°40' W 3.048 Ga 33°39' N 84°25' W 302. 67 S.C 32°54' N 80°02' W 14. 021 Ala 30°41' N 88°14' W 66. 14 Tenn 36°07' N 86°41' W 183. 18 oO 13 N 93°09' W 5. 791 Ark__ .. 34044/ 92''14' W 80. 77 Okla 35°24' N 97°36' W 397. 46 Mo_ 38°58' N 92°22' W 239. 27 Kans 37°46' N 99°68' W 790. 04 Maine 46°53' N 67°58' W 191. 41 N.Y 42°56' N 78°43' W 214. 88 N.Y 42°45' N 73°48' W 26. 822 Mass 42°22' N 71°02' W 89.31 Pa _ 40°21' N 79°56' W 388. 01 Maine 43°39' N 70°19' W 6.096 Mich 42°54' N 85°40' W 210.01

111 41''30' N 88°10' W 179. 22 Mich 46°28' N 84°22' W 220. 68 Ohio 41°34' N 83°28' W 191.41 Minn 48°36' N 93°24' W 343. 20 Minn 44°53' N 93°15' W 255. 42 Iowa 41°32' N 93°39' W 293. 52 Tex 32°14' N 101°30' W 773. 28 Tex 31°47' N 106°30' W 1193. 60

XTN TVd*!,.

. .Mex- 35°03' N 106°37' W 1619. 71 Colo 39°46' N 104°53' W 1625. 19 Colo 39°06' N 108°32' W 1474. 93 Nev _ 39°17' N 114°51' W 1908. 66

Calif 36°43' N 119°49' W 85. 95 Nev 36°04' N 115°10' W 664. 46 Ariz 33°26' N 112°02' W 338. 94 Nev 39°30' N 119°47' W 1340. 21 Calif 32"44 N 117°10' W 112. 78

Calif 37044' jg^ 122°12' W 5. 486

Calif 38°31' N 121"'30' W 7. 910

Calif 34°54' N 120°28' W 78. 94 N. Dak. 46°46' N 100°45' W 505. 97 Wyo 42°48' N 108°43' W 1694. 08 Nebr 41°08' N 100''42' W 849. 48 Mont--. 45°48' N 108°32' W 1087. 53 M^ont. - - 48°11' N lOo 00 \V 642. 82

S. Dak.. 44°09 N 103°06' W 980. 85 Utah.... 40°46' N 111°68' W 1287. 78 Idaho... 43°34' N 116°13' W 871. 12 Ore? 43°35' N HOBOS' W 1261. 87 Mont... 47°30' N 111°21' W 1123. 80 Oreg 45°41' N 118°5r W 454, 76 Idaho... 42''55' N 112°32' W 1354. 53 Wash... 47°37' N 117°31' W 599. 85 Oreg 42°23' N 122°52' W 405. 08 Oreg 45°36' N 122°36' W 7.925 Wash. . _ 48°23' N 124°44' W 36. 27 Colo 38°49' N 104°42' W 1881.53 Ohio 39°04' N 84°40' W 270. 66

8
9. References

[1] E. K. Smith, Jr., and S. Weintraub, The constants in [11] the equation for atmospheric refractive index at radio frequencies, Proc. IRE 41, No. 8, 1035 (August 1953).

[2] B. Haurwitz, Dynamic Meteorology, pp. 11-12 (McGraw-Hill Book Co., New York, N.Y., 1941). [12]

[3] Smithsonian Meteorological Tables, Table 63, Sixth Revised Edition (Washington, D.C., 1951).

[4] B. R. Bean and B. A. Cahoon, The use of surface weather observations to predict the total atmos- ' pheric bending of radio waves at small elevation

angles, Proc. IRE 45, No. 11, 1545 (November

1957).

[5] G. W. Snedecor, Statistical Methods, 4th ed., pp. 97- 114J 98 (Iowa State College Press, Ames, Iowa, 1946).

[6] IMO List of Resolutions of the Conference of Directors, Washington 22d Sept.-ll Oct. 1947, Lausanne, 1948, Resolution No. 71 (CCI Toronto rici 1947: XIII). ^

'

[7] World atlas of sea surface temperatures, Hydrographic Office Publ. No. 225, 2d ed. 1944, Washington, D.C. [16]

[8] Atlas of climatic charts of the oceans, U.S. Weather

Bureau Publ. No. 1247, 1938, Washington, D.C.

[9] W. E. Johnson, An analogue computer for the solu- m

tion of the radio refractive index equation, J. Research NBS 51, No. 6, 335 (1952).

[10] G. W. Pickard and H. T. Stetson, Comparison of tropospheric reception, J. Atmospheric and Terrest. [18] Phys., 1, No. 1, 32 (July 1950).

G. W. Pickard and H. T. Stetson, Comparison of tropospheric reception at 44.1 Mc with 92.1 Mc

over the 167 mile path of Alpine, New Jersey to Needham, Massachusetts, Proc. IRE 38, No. 12, 1450 (December 1950).

B. R. Bean, Some meteorological effects on scattered

radio waves. Trans. IRE PGCS-4, No. 1, 32 (March 1956).

M. Onoe, M. Hirai, S. Niwa, Results of experiment of long-distance overland propagation of ultra-short waves. Journal of the Radio Research Laboratories

of Japan 5, No. 20, 79 (April 1958). R. E. Gray, The refractive index of the atmosphere as a factor in tropospheric propagation far beyond the

horizon, IRE National Convention Record, Part 1, pp. 3-11, 1957. K. A. Norton, Point-to-point radio relaying via the

scatter mode of tropospheric propagation. Trans. IRE PGCS-4, No. 1, 39 (March 1956).

J. C. SchelHng, C. R. Burrows, and E. B. Ferrell, Ultra-short wave propagation, Proc. IRE 21, No. 3, 427 (March 1933).

B. R. Bean and G. D. Thayer, On models of the atmospheric refractive index, Proc. IRE 47, 740 (May

1959).

L. J. Anderson, Tropospheric bending of radio waves,

Trans. AGU 39, No. 2, 208 (April 1953).

9
10. Appendix I. data for the United States

The weather stations used in this study are listed in table 6. The station

code number identifies the detailed data listed in table 7. In table 7 the

column headings are: Sta.: station code number as in table 6. Mo.: month of year given as 01 through 12 where 01 is January and 12 is December.

Hr. : hour of the day in local standard time.

S.D.: standard deviation of Ns.

J: number of pieces of data in the sample.

Mean : mean Ns for the J pieces of data.

Max. : maximum A^^ observed during the period of record.

Min.: minimum Ns observed during the period of record.

Type 1 : IBM code for A^,.
TABLE 7 STA

03103 01

03103 02

03103 03

03103 04

03103 05

03103 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

00 3.3 43 245.0 251.4 236.8 07 00 15.2 62 264. 5 284. 1 226. 1 02 3.5 43 244,9 250.8 238.3 02 15.0 62 264.9 283.7 229.4

04 3.4 55 245,1 255, : 236.6 04 14.0 62 264. 7 284.6 229.4

06 3.5 187 245.2 256. 3 236,7 06 12.8 217 266.7 287.2 233.8

08 3.8 197 244.9 257.6 233,4 08 16.4 217 261.6 286.6 220.2

10 5.6 198 242.0 256. 1 226.4 10 16.0 217 254.9 287.9 214.2

12 6.7 198 239.6 256. 2 222.6 12 16.5 217 252.7 285,0 216.4

1

4

D • u 238,9 2 5 4 » ^ 219.5 1 4 19.4 1 24 2 5 6.4 2 88.2 218.7

16 5.8 105 240. 1 254. 2 229.4 16 18.7 124 255.2 285,7 218.2

18 5.0 106 243,1 255.3 226.9 18 18.6 124 257.0 285,2 214.8

20 4.7 106 244,8 256. 2 228.7 20 17.2 124 262.6, 288,3 222.1

22 3.8 75 245.4 254. 1 234. 5 22 15.5 62 264.6 283,8 231 .4

00 3,8 56 246.7 256. 8 237.3 08 00 11.0 62 262. 1 290,7 238.3

02 3.5 56 246.7 256.7 239.6 02 10.4 62 261.4 288.6 237.4

04 3.4 62 245.9 256.2 238.2 04 10.4 62 260.6 287.9 241. 1 06 3.7 185 244,6 254.5 234.4 06 10.7 217 265.4 289.4 239.8

08 4.1 198 243,2 256,8 230.8 08 13.2 217 262.2 289.8 232.2

10 5.2 198 239.8 255.6 224.7 10 14.4 217 255.3 288.9 220.9

12 6.0 198 238.1 268.2 225.2 12 15.3 217 252.9 289.6 219.1

14 6.3 113 2^7,8 2 5 7.7 2 2 5.2 1

4

15.1 118 2 5 T . 6 2 8 5.4 c i 7 . :j 16 6.4 113 238.6 256.8 223.9 16 14.6 118 251.9 289.4 222.5

18 5.5 113 241 .6 257.4 228.8 18 15.3 118 255.1 291.2 224.6

20 4.8 113 244.0 256.2 235.0 20 12,7 118 261.2 293.2 237.6

22 4.5 85 245.6 256.0 234.9 22 11,3 62 260. 6 286.8 235.7

00 5.3 62 240.7 254.0 227.5 09 00 10.9 60 252.7 279.6 230.4

02 4.9 62 240.8 254.2 229.6 02 9.4 60 253.2 277.9 231.4

04 4.4 62 241.5 254. 1 232.0 04 8.2 60 253.0 275.0 235.3

06 4.3 201 242.7 254.8 227.5 06 8.7 210 253.2 276.8 235.4

08 5.5 217 240.3 254.7 222,4 08 12.6 210 248.9 285.8 224.8

10 6.7 217 236.7 256.5 222.7 10 12.4 210 240.7 276,8 220. 5 12 7.2 217 234.7 254.7 218.9 12 13.1 210 238.0 286,8 215.3

1

4

8 • 0 124 234,9 2 5 5.6 219.7 14 13.6 90 2 37. 7 2 7 8,4 217.6

16 7.5 124 235,0 254.7 220.5 16 13.6 90 238.8 277,3 219.2

18 6.5 124 237.6 254.7 225.2 18 13.4 90 245.0 276,3 222.9

20 5.7 124 240.5 256.4 228.4 20 12.2 90 250.2 278,6 229.4

22 5.1 78 240.9 254.4 227.4 22 11.4 60 251.9 276,9 233.8

00 6.4 60 243.7 259.3 232.0 10 00 7.5 62 244.9 274,9 234.8

02 5.8 60 244.2 259. 1 231.6 02 7.2 62 245.7 273,7 234.3

04 5.8 60 244.7 259. 5 233.7 04 6.0 62 246.2 266,6 235.2

06 5.9 210 244.7 258.8 227.4 06 6.3 217 246.9 274.0 233.1

08 8.2 210 239.5 259.4 222.4 08 9.4 217 242. 5 278. 7 224.7

10 9,1 210 235.5 259.6 218.1 10 10.5 217 236.8 276.8 220.6

12 9,7 210 233.5 259. 1 215.5 12 10.4 217 234.0 274.6 217.6

14 10,0 120 233.5 258,7 216.7 14 10.6 93 231.1 275.0 217.9

16 11.0 120 234.4 263. 1 217.7 16 10.0 93 231.7 280.3 219.3

18 10,4 120 237.6 261.4 217,9 18 8.5 93 238.9 277.5 225.9

20 8,9 120 241 .6 261.5 226,3 20 7.5 93 242. 1 273.7 228.6

22 7,1 60 241.8 260,0 231,0 22 7.3 62 243.6 276,4 232.2

00 6.5 62 242.4 255.0 227.5 11 00 5.9 60 245.3 260,7 231.8

02 6,3 62 242.7 255.3 228.4 02 5.8 60 245.8 257,4 232.8

04 5,2 62 244.0 255.2 230.9 04 5.5 60 245. 5 25.7,4 234.9

06 7,0 217 244.3 265.4 228.4 06 4,8 210 244.8 259,6 230.5

08 7.4 217 236,8 260.8 217.9 08 5,7 210 243. 1 260,5 230.7

10 8.1 217 233,3 277.3 217.2 10 7.4 210 238. 5 258,7 223.2

12 7.9 217 231.2 254.8 216,9 12 8.0 210 236.1 258,8 217.7

14 8,6 124 2 54.5 2 1 A • 8 1

4

8.9 y \j 2 36.7 260,0 2 1 7 • 1 16 8,0 124 229.9 257,2 215,6 16 9.2 90 238.2 261,5 218.5

18 8,0 124 231.7 254,0 217,9 18 7.4 90 242.7 262.1 226.0

20 7,9 124 237.0 259.0 221,6 20 6.2 90 244.3 263.1 231.0

22 6.3 62 240.2 254,3 226,0 22 6.3 60 244. 5 263.2 233.3

00 7.6 60 239. 1 263,7 227.6 12 00 5.7 47 242.4 255.6 230.0

02 8.9 60 240.8 274,0 228.5 02 5.4 47 242.4 254.9 231 ,2 04 9.0 60 241.0 274,0 230.9 04 4.6 53 242.7 253.4 233,0

06 9.4 210 243,3 279,5 225.2 06 4.6 214 244. 2 256,8 231.9

08 10.8 210 235,5 275.6 220.1 08 4.7 217 243. 7 259.4 231.3

10 11,3 210 231,5 277.8 214.9 10 6.0 217 240.2 258.6 223.2

12 11,6 210 229,1 273.8 210.8 12 6,7 217 237.9 257.7 221.2

14 10,5 120 226,4 269.7 208.7 14 7.1 93 238. 5 255.3 221.1

16 10,5 120 225,9 264,6 209.0 16 7.1 93 239.3 256.6 222.2

18 9.9 120 227,2 262.2 212.6 18 5.9 93 242.7 256.4 227.7

20 9.8 120 232,5 266,2 217.7 20 5.2 93 244.1 256.7 232.6

22 8,9 60 235,5 274.0 224.9 22 5.5 62 243.2 256,1 231.5

TYPE

11
STA

12839 01

12839 02

12839 03

12839 04

12839 05

12839 06

HR S DJ MEAN MAX MIN MO HR S DJ MEAN MAX MIN TYPE

00 14.2 217 346 . 8 372.8 312.3 07 00 5.5 248 3 81.1 400 , 8 366.4 1 02 14.2 217 346.8 374. 9 310.4 02 4.7 248 3 81.5 395,2 365 . 3 1 OA- 14.3 217 346 . 5 3 76.8 311.9 04 4.8 248 3 80,9 394,9 367.8 1 06 13.6 217 346.0 375.7 312.5 06 4.7 248 3 81,2 397,4 368 . 1 1 0 8 14.4 217 346.1 377.0 310.8 08 6.5 248 3 79.1 399,6 360. 3 1 1 0 14.4 216 341.6 374. 2 3 01.6 1 0

7.8 2 48 3 71,5 396,7 336.0 1 1 2 14.6 217 337.4 368 . 1 291.6 12 7,9 2 48 369,9 394 , 4 343 . 4 1 14 15.7 217 336.5 3 7 0.0 2 8 7.2 14 9.1 248 3 70.7 398, 1 334,5 1 16 16.2 217 338.8 374. 1 284.9 16 9.1 248 371.4 394,5 340.3 1 18 14.9 217 343.7 377. 3 296.0 18 6.8 248 374.7 390,3 351.6 1 20 14.7 217 346.1 376.0 302.5 20 5.6 2 47 3 78.2 3 91,4 361.9 1 2 2 14.4 217 346.8 375.8 309.4 2 2 5.7 247 3 80.0 392,0 360 . 5 1 0 0 13.8 197 347 . 1 379,0 309.3 08 00 5.3 248 3 82.3 396.4 3 66. 1 1 02 13.3 197 347 . 2 376.4 314.4 02 5.4 248 382.7 397.6 365.6 1 04 13.0 197 346 . 3 373. 9 311.6 04 4.4 2 48 3 82,6 3 95.8 366.8 1 06 13.4 197 346.2 378.7 3 06.9 06 5.3 247 382,8 398.8 367,8 1 08 14.5 197 345.8 377.6 3 03.3 08 6.5 248 3 81,2 3 96.9 3 57.4 1 1 0

14.9 197 340 . 3 379. 9 2 99.8 10 7.5 248 3 71,7 3 88.4 346.8 1 1 2

14.7 197 336.2 380.0 295 .6 12 8.9 248 369,4 3 92.9 334. 7 1 14 14.9 197 335.1 371.2 294.0 14 9.0 248 370.5 395.5 344. 9 1 16 15.5 197 336.5 369.9 295.6 16 9.6 248 372.0 399. 1 348.6 1 18 14.9 197 342.0 376.5 301.6 18 7.6 248 376>.2 393.6 352.6 1 20 13.6 197 345.2 3 76 . 7 310.7 20 6.5 248 3 79.9 394,8 355.6 1 22 13.5 197 346.7 3 76.8 313.8 22 6.3 247 3 81.4 3 95.9 362.4 1

00 15.9 217 352.1 3 79.9 318.2 09 00 6.3 240 3 81.7 395,5 3 52.9 1 0 2 15.6 217 3 51.9 3 79.8 309 . 2 02 6.3 240 3 81.5 3 97.2 3 62.1 1 0 4 16.0 217 3 50.9 380.0 310.3 04 6.4 240 3 81,4 3 95,8 3 51.7 1 0 6 15.7 217 3 50.5 3 8 0.3 312.3 06 6.3 240 3 81,9 3 98,6 3 5 4.7 1 0 8 17.1 217 349.5 3 8 2.7 3 05.4 08 7.4 239 3 81,2 3 97,5 349.3 1 1 0

17.5 217 342.7 3 76.1 2 9 8.4 10 8.4 240 3 7 3,5 3 94,5 349.2 1 1 2 18,0 217 3 3 9.9 3 74.3 2 8 9.0 1 2

10.0 239 3 71,3 3 97,8 338.9 1 1 4

18.0 217 339.8 3 75.6 2 90.7 14 9.6 2 40 3 70.7 390,2 336.1 1 16 18.0 217 340.6 376.7 294. 5 16 9.7 240 373.6 400,5 334. 1 1 18 17.2 217 345.6 377.9 298.2 18 8.1 240 378.0 397.6 347.7 1 20 16.2 217 349 . 4 379. 2 308.7 20 7.1 239 3 79.9 3 95.5 351.8 1 22 16.1 217 351.1 378.8 313.7 22 6.7 240 3 81.0 399.7 362.3 1

00 15.9 210 354.8 383.1 314.2 1 0

00 1'4 . 4 247 3 7 0.6 3 97,8 315.9 1 02 15.5 210 354.8 386.7 315.8 02 .13.9 246 3 7 0.3 3 90.8 315.1 1 04 15.7 210 354.8 386.9 311.5 04 13.8 248 3 70,6 3 95.5 316.9 1 06 15.7 210 354.4 386.8 317.5 06 13.2 247 3 7 0.2 3 93,3 322.1 1 0 8 16.9 210 3 5 2.4 3 8 2.8 313.2 08 14.7 247 3 7 0,7 392.5 314.6 1 10 17.1 210 346.2 377,8 2 98.9 10 16.5 248 3 64.5 3 98.4 3 06.2 1 1 2 17.8 210 343 .4 382.3 299.2 1 2

17,0 248 3 61.5 3 91.6 303.1 1 1 4

17.6 210 343.6 3 84,0 294. 1 14 17,7 248 3 6 0.3 3 95.4 3 08.0 1 16 17.8 210 345.6 378,0 291.0 16 17,3 248 362.0 389.7 308.0 1 18 17.6 210 349.5 386,4 296.8 18 16.1 248 366. 1 392.2 311.4 1 20 17.0 210 3 52.7 384,7 306 . 0 20 15,2 248 368 . 0 3 91.5 318.2 1 22 16.0 210 354.8 387,8 310.0 22 15,0 248 369 , 1 3 9 2.7 314.9 1

00 11.8 217 365.2 3 8 9,9 3 2 7,4 1 100 17,3 240 3 5 5.5 3 8 9.9 311.9 1 02 11.7 217 365.0 3 8 9,5 3 3 3,8 0 2 16,9 240 3 5 5.0 3 89.7 313.4 1 04 11.3 217 365,0 393, 5 3 32,4 04 16,8 240 3 54.8 3 8 7.5 312.2 1 06 11.4 217 364.5 393,0 332,9 06 16,6 240 354. 6 388.3 313.6 1 0 8 11.4 217 361 ,9 388.9 3 30.1 08 18,1 240 3 5 5,0 388, 7 3 07.6 1 1 0

14.2 217 353,7 393.7 316.8 10 18,0 240 3 49.6 3 8 7.8 2 99.4 1 12 16.2 217 3 51,8 396.8 308,6 12 17,7 240 346 . 1 3 8 3.4 290.8 1 14 14.7 217 352.0 387. 8 3 08,3 14 18,9 240 3 45,2 3 84.7 293.6 1 16 14.4 217 355.3 386.0 310,8 16 19,1 240 347.0 384, 1 293.6 1 18 13.7 216 358.0 382.6 317,3 18 17,4 240 351,7 387,0 307.4 1 20 13.4 217 362.6 395.6 325,0 20 17,1 2 40 3 54,1 3 87,0 307,6 1 22 12.4 217 364 . 3 395.8 326,4 22 17,0 240 354. 7 3 86,8 311,9 1

00 8.5 210 376.0 391.5 3 33.3 12 00 16,4 248 350,6 383,6 312,2 1 02 8.2 211 376.6 390.4 340 .6 02 15,8 248 349,9 379,8 316.5 1 04 8.6 210 376.5 391,0 3 31.8 04 16.0 248 3 49,3 3 79.3 314,4 1 0 6 9.1 209 376.7 395,6 3 34.4 06 16.2 248 3 49.0 3 79,1 312,0 1 0 8 9.8 210 373.9 395,6 3 31.4 08 17,8 248 3 49.5 3 84.2 310,9 i 1 0

11.6 210 365.9 396 , 4 326.0 1 0

18,6 2 48 3 45.9 3 89.5 301,0 1 1 2 13.1 210 365 . 1

394. 2 325.7 1 2 18,3 248 341.8 379.9 293,8 1 14 12.5 209 366.3 396.4 324.4 14 18.6 248 341.2 3 79.2 295,1 1 1 6

11.9 210 368.0 397. 6 324. 1 16 19.4 248 342.9 382.0 297,1 1 18 10.6 210 371.2 391. 9 324.7 18 18.3- 248 347,2 386.0 305.0 1 20 10.1 210 374.0 398.7 332.4 20 17.6 248 349, 4 387.3 303.7 1 22 9.1 210 375.2 395.3 336.6 22 17.2 248 350,3 383.3 305.8 1

12
STA MO HR

128^2 01

128^2 02

12842 03

12842 04

12842 05

12842 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 1 5 • 3 216 341.5 3 02.3

n 7 • 7 9 A C^

(1 9 9 D

nQ 9 O U . o 99 OA7*+n. U 9 A 7 0 2 1 5 • 5 216 3 /i 1 Q J5'+ i . O

"5 7 1 A 3 04.5

n 9 A ft

A9 AM- 7f 9

fto nU • AO 9 Q7 ^9.0ft 9 A

A /i

nA U*f (1 i o "^AT ft AO 9 Tn 1 7 u *+ 9 . U 2 44 3 80.5 3 9 2.4 99 AO 9 . AO

nuAo i -> • J 216 341.6 3 71.3 3 06.8 0 6 5.1 2 3 0 3 81.6 3 94 , 4 366.5

08 1 5 • 7 216 342.7 3 71.6 3 07.1 0 8 6.2 243 3 80.1 399.0 357.7

J.u 1 8 • 5 216 3 39.3 3 7 3.1 2 92.3 1 0

8.1 2 42 3 72.2 394 . 8 347 . 3 I ^ TP 1 i 0 • 1 ^9 1i AO 7 7 7 9 9 ft 7 A 1 9 in Zt 2 41 3 66.8 -a? Q7 AH . nu 3 34 7 1 4 i L) 329.0 H 7 1 R ^ f i . 9

"5

QQ 1 i H 1 ^ ft

A9 aa 99 AO

A 7 D . ( 9 Q70A 1 . 1 9 9 R

Q 9 A 9 . o 16 16,9 216 330.4 366.0 288.6 16 10.6 241 369.7 396.8 330.8

18 15.9 213 337.7 368.0 294.4 18 8.9 245 374.4 395.7 334.9

c,

U 1i

Zit • Q7 ^ i H jHu . -J 371.8 3 00.5 20 6.1 246 3 78.6 3 91.8 3 57.3 2 2 J. • J. 215 341.6 373.6 2 9 7.4 2 2 5.2 245 3 79.9 3 91.9 363.7

00 14« 3 192 34 1.6 373.6 3 07.5 08 00 6.2 231 383.0 396.6 359.6

02 1 4» 7 186 341.4 3 71.7 3 04.0 0 2 5.5 2 30 3 8 2.8 3 97.5 3 62.8

0^ 1 4» 3 186 340.6 3 7 2.9 3 04.4 04 5.7 2 27 3 8 2.9 3 96. 7 362.7

06 1 4« 4 1 94 340 • 9 371.1 305.2 06 5.5 244 3 8 3.3 396 • 7 366 . 7 0 8 1 6 • 3 184 341.5 3 7 3.7 301.1 0 8 6.6 2 44 3 8 3.1 401.4 99 AO 9 . 7f 1 0 1 8 • 8 18 8 33 7.0 3 74.3 295.3 1 0

7.9 243 3 7 5.3 3 94 . 5 9 9 U . U 1 2 1 8 • 7 18 5 3 31.3 376 . 2 2 8 6.7 1 2 10.1 2 31 3 71.8 /iH- nU ^9 . nu 341.8

14 1 9 • 0 180 3 2 8.6 3 71.9 2 82.2 1 4242 3 71.5 9 <57 AD . nu 346.3

16 19.0 184 329.3 368.4 289.0 16 10.0 240 373.2 395.8 336.0

IB 17.2 178 336.0 371.8 292.0 18 8.5 239 376.5 395.5 335.4

£.

U 1 R "7 18 8 340 • 1

"3 7 Q e; 3 05.2 2 0 7.2 244 3 81.0 3 99.5 3 52.6 ^ £. 14.3 186 341.4 3 73.1 J U 7 . ( 9 9 D • 9 ^ 9 s- 9 ftO A9 . 9 3 98.1 9 A 1 1 9 O 1 . 1 0 0 17.7 212 344 . 3 3 74.8 3 00.3 0 9 AD .• S9 214 3 79.8 99 Q7 A9 . nu 99 S9 ftO . 7( 0 2 18.4 216 344 • 0 3 77.4 3 0 2 • 8 6.4 A9 19i A 9 ft n s 0 U . 9 99 Q7 9J 9 . A 9 ^9 AO . AD 11 Q" -• nu 210 3 75.0 ACD • 9 9 nft A U o 9 Q n ^ O U • 9 93 OA7H- . AO 9 S 9 9 9.9 06 19.0 216 343.5 3 77.9 3 00.2 06 6.5 All 9 11 3 80.2 3 95.7 9 AO nU . A9 08 21.8 215 343.9 3 77.3 2 98.3 0 8 7.5 2 08 3 8 0.3 3 96.5 3 51.0 1 0 2 3.3 213 3 3 7.1 3 76.9 292.1 1 0

9.7 212 3 72.3 3 90.8 3 3 0.0

J. £. 2 3.1 214 3 3 2.8 3 75.9 28 7.6 1 9 11.6A9 11 nu 99 AO

AD • nu 4 1 4 « 4 99 9 ^ . ft A 9 . o 14 2 3.3 212 330.7 3 74 • 9 2 76.7 1 4

12.9 2 06 "^64.8 3 96 . 6 99 A9 11 . A 16 23.3 212 332.6 374.8 285.3 16 13.1 217 367.6 393.7 321.4

18 21.5 211 338.3 374.8 292.3 18 10.9 214 373.6 393.1 334.2 t5 nu i. 7 . 3 214 343.4 37 8.4 3 02.0 9n ftO . 07 A9 171 / 3 76.8 3 94.8 9 s9 nU . Q7 2 2 18.3 215 344 . 7 380.1 3 07.0 2 2 7.6 215 3 78.7 3 92.4 3 5 3.0

00 16.4 198 348.3 382.4 3 06.1 1 0

00 16.3 2 31 3 62.0 3 91.4 317.1

02 16.0 199 349 . 3 38 3.1

mu - ft i . o 0 2 16.9 2 29 3 61.2 3 91.4 299.4 0 4 15.8 205 348.5 381.1 9 U i • 7 n A 17.0 A9 A9 7' 99 AD nIJ . Ao 99 Q7 1 s 1 . 15 9' nU 9 1 . 1 0 6 2 00 348.7 _) fto ou . nu 9 U 9 • *+ nU AD 17.2 A9 A9 7r T9 AO nU . 99 9 Q7 93 . nu 99 nU 11 . AD 08 19.0 203 34 7 « 6 3 79.7 298.8 08 19.2 234 361.7 3 92.2 299 . 9 1 0

20.8 191 3 39.7 376.0 290.0 1i nu 2 0.2 2 2 7 3 54.1 3 91.9 9 nn 9 U U • A 1 2 2 0.6 207 335.5 3 7 8.7 287.5 1 2

18.8 2 30 3 48.1 9 ftO 7/ . nu 9 Q 7 1 14 21.9 201 332.8 377.4 284.4 14 18.9 2 30 345.4 3 87.4 295.7

16 21.9 201 334.9 378.4 294.2 16 19.3 226 346. 8 391.4 297.7

18 19.9 206 341 .0 381. 1 300.0 18 17.4 231 354.6 391.7 307.5

20 18.1 2 0 2 347.0 381.7 3 04.7 20 16.3 2 30 3 58.5 3 8 8.2 99 1919.*+A 22 16.9 193 348 . 4

381.4 305.4 2 2 15.9 2 30 360.3 3 94 . 1 319.6

00 13.0 214 361 . 0 397.7 317.5 00 17.5 235 3 46 . 9 3 86.7 3 05.1 0 2 12.6 216 361.1 395 . 5 3 2 3.5 0 2 17.7 238 3 46.1 3 84.4 99 nU 9 -. ^9 04 12.3 215 361.0 389.7 317.4 04 18.4 2 3 7 "^45.1 382.8 298.8 0 6 12.9 216 362.6 386.6 313.8 06 18.2 2 39 3 ZtZ|. , 4 38 3.3 2 99.8 0 8 14.9 215 360 . 0 386.2 312.1 0 8 19.7 2 37 345.2 3 8 3.7 9 nu nu .. nu 1 0

17.7 215 349 . 5 382.9 295 . 1 1 0 2 0 • 9 237 3 40.9 3 8 5.6 2 96.8 1 2

18.2 216 343.3 DOft

C9 % Ao ^9 Q7 AO ft . O 1 9 A9 nU • 7( A9 A 9 9 D . ' 99 ftO

A9 . 7f 9 ft

Q ft

A 0 7 . 0 IP1 O . 7f 7 17 •3 /i n 7 ft n c. J 0 u . 9 9 O 9 Q Z 7^ . 9 1 A 9 n A A9 9 ftO 9 9A A 9 ftO A 9 9 . 9 P A A A tJ O . O 16 18.9 215 343.6 386.8 291.9 16 21.1 239 336.6 391.9 287.8

18 17.3 217 349.5 386.7 294.7 18 18.8 236 342.9 387.2 298.3

20 15.6 215 3 5 7.7 38 5.7 3 06.5 20 18.1 236 3 45.2 3 8 8.2 3 00 « 9

£1 ^: ^ II c: 1 M- . 5

"3 0 9 n 9 1 Z . 7 9 9 17

A 9 7 9 A

A_ 1 9 H D • 1 9 ftO ftO . 9 9 nU

A9 . A 0 0 11.1 2 09 374.6 396 . 3 324 . 3 1 2

00 16.7 242 342.5 3 79.2 3 06 . 0 0 2 10.5 t. 1 u 374 • 9 398.3 3 30 • 2 0 2 16.8 241 3 42.1 3 7 9.0 9 U -> . o 04 12.5 211 374.3 395 . 2 265.0 04 16.7 243 3 41.3 3 77.3 3 04.3 0 6 9.5 2 0 9 375.7 395.9 3 3 2.2 06 16.5 239 340.7 3 77.1 3 07.2

08 10.6 210 373.2 395.4 3 3 5.4

n ft 17.2 240 3 42.3 3 81.0 3 04.9 1 0

13.0 209 3 65.3 396.0 3 07.2 i u 19*8 2 46 3 39.3 376.0 295.8 1 p • ^ ^ J. u J -J 7 . 1 399.6 9 U • O 1 9 117.7 Q O 9 9 9 9 A A 3 77.4 A9 Q7 9 9 9 . A 14 16.5 210 3 58.6 40 3.3 305.0 14 2 0*1 9 9 9 i- 9 -3 "^34.3 9 7 9 1 1 . 1 9 Qn - 9 A 7 U . 9 1 6

16.6 210 360 . 1 396.0 305 . 4 1 6

19.6 244 3 3 5.2 373.0 292 . 4 18 15.3 209 365.0 400. 1 310.6 18 17.9 241 340.1 378.5 300.0

20 12.7 208 371.1 395.3 315.4 20 17.1 238 341.7 377.4 302.6

22 11.6 210 373.8 395.5 317.0 22 16.6 247 342.4 380.6 306.4

TYPE

13
STA

12919 01

12919 02

12919 03

12919 04

12919 05

12919 06

HR S D

J MEAN MAX MIN

00 19.7 248 345.6 379.5 297.8

02 19.9 248 344.9 380. 2 299.0

04 19.7 248 344.1 378.4 297.1

06 19.6 248 343.6 375.4 297.4

08 20.7 248 344.5 379. 2 296.6

10 20.8 248 341 .9 377.7 293.4

12 20.2 248 337.6 372.0 289.8

14 20.6 248 335.3 375.4 285.2

16 20.9 248 337.4 373.6 285.5

18 20.9 248 342.7 377.2 289.6

20 19.7 248 345.4 379.8 295. 1 22 19.7 248 345.8 379.8 296.6

00 17.9 226 346.7 376.5 298.8

02 18.2 226 346. 1 377.0 303.3

04 18.1 225 345.8 377.0 304.7

06 17.6 225 345.9 3 77.. 2 305.3

08 19.4 226 346.8 377. 5 3 00.5

10 20.2 226 342.8 380.4 288.3

12 20.7 226 338.0 371.7 281.1

14 21.2 226 335.3 368. 5 273.7 1 6 21.1 226 336.7 368. 7 282.0

18 20.2 226 342.4 372.7 286.6

20 18.9 226 346.3 378. 1 295.1

22 18.2 226 347. 1 375.7 289.8

00 18.5 248 353.9 381.6 298.8

02 18.6 248 353.3 379.7 299.9

04 19.2 247 352.7 380.6 294. 1 06 19.0 248 352.5 382.0 295.2

08 19.9 248 353.2 378.9 294. 1 10 19.1 248 347.0 380. 3 289.2

12 18.8 248 342.5 376.6 281.7

14 20.0 248 340.5 374. 7 269.6

16 20.1 248 342 . 6 373.1 270.7

18 19.9 248 348.4 377. 5 273.5

20 18.9 248 352.9 380. 5 295.0

22 18.4 248 354.1 382.3 296.3

00 16.7 240 361 .9 386.7 313.8

02 16.5 24n 361.9 383.7 301.8

04 16.4 240 361.5 383.9 309.2

06 16.5 240 361.6 384.7 300.2

08 17.1 240 359.7 384.8 297.2

10 19.2 240 352.0 386.7 281.0

12 20.4 240 347.6 388.0 283.2

14 21.3 240 345.4 382.1 279.9

16 20.5 240 347 . 8 38 2.0 288.2

18 19.5 240 354.0 382.8 292.1

20 18.1 239 360.4 386.0 311.3

22 17.2 240 362.0 384.7 311.6

00 14.1 217 373.2 393.7 313.9

02 14.1 217 372.6 395.4 316.4

04 13.9 217 372.1 395. 3 316.2

06 13.9 217 372.5 394.9 319.3

08 13.6 217 368.4 391.4 316.3

10 14.0 217 360.9 386.7 312.8

12 14.6 217 357.3 384.7 308,4

14 14.9 217 357.1 384.4 306.5

16 15.4 217 3 59.0 383. 7 3 07. 3 18 15.0 217 365. 1 388. 7 310.2

20 14.2 217 371.8 394. 2 317.6

22 14.2 217 372.9 394. 3 316.0

00 8.4 210 383.6 399.8 337.9

02 8.4 210 383.3 401.2 340.3

04 8.3 210 382.5 400.7 340.4

06 8.0 210 382.8 400.8 340.4

08 8.6 210 376.7 398.2 338.1

10 10.2 210 367.1 395.6 3 24.4

12 11.0 210 364.3 393.0 324.9

14 11.5 210 363.7 392. 2 308.7

16 11.4 210 366.4 397.6 303. 1 18 10.2 210 372.2 396.0 307.4

20 8.7 210 381.2 398.8 334. 1 22 9.0 210 383 .3 403. 1 331.8

07

10

11

12

HR S D

J

00 4.8 248

02 4.8 248

04 4.9 248

06 4.9 248

08 5.5 248

10 8.0 248

12 10.8 248

14 10.5 247

16 9.7 248

18 8.1 246

20 5.6 248

22 5.3 248

00 5.8 248

02 5.4 248

04 5.8 248

06 5.8 248

08 6.3 248

10 9.7 248

12 11.3 248

14 10.7 248

16 10.2 247

18 8.1 248

20 6.4 248

22 5.8 247

00 11.4 239

02 11.7 240

04 11.5 240

06 11.6 240

08 12.7 240

10 14.2 240

12 15.5 240

14 16.9 240

16 15.9 240

18 13.8 240

20 12.2 240

22 11.6 240

00 18.4 248

02 18.5 248

04 18.4 248

06 18.5 248

08 20.1 248

10 19.7 248

12 21.0 248

14 21.7 248

16 21.0 248

18 19.9 248

20 18.9 248

22 18.5 248

00 21.3 238

02 20.9 239

04 20.6 239

06 20.6 239

08 22.5 239

10 22.2 239

12 22.5 240

14 22.3 240

18 22.0 339

20 21.3 239

22 21.2 239

00 20.4 248

02 20.2 248

04 20.6 248

06 20.7 248

08 21.4 248

10 21.5 248

12 20.8 248

14 21.4 248

16 21.7 248

18 20.7 420

20 20. 1 248

22 20.4 248

MEAN MAX

385.7

385.7

384.7

384.5

379.6

367.4

363.7

363.0

365.4

372.2

381.9

384.8

386.2

385.6

384.8

384.0

382.6

369.2

364.7

364.3

366.4

373.7

382.7

385.1

379.5

378. 5 377.9

379.8

370. 1 365.5

364,4

365.9

371,8

378, 1 379,5

362,4

361,5

360.8

360.3

362.6

354.3

349. 1 348.7

350. 1 356.8

361.1

361.9

348.

348,

347,

346,

348,

343,

339. 337. 346.2

348.-7 348.6

344.7

344.0

343.7

343.4

343. 5 340.4

336.2

333.7

335.8

340.9

344. 5 344, 5

397,3

399,5

396,6

395,9

399,7

392,7

391.9

397.0

392.2

394.1 399,0

399,5

402,0

398, 1 397,9

398.6

400.8

399.9

396.5

395.0

398.0

398.0

396.9

401.8

397.7

397.6

396.8

404.0

397.6

394.6

401.9

400.4

398.8

401.4

402.7

395.3

393.7

394. 1 394.3

393.7

391.3

390.2

393.9

388.9

389.3

393.7

396.3

385.3

385.2

384,9

386.4

394.2

383.5

385.4

380.6

385.6

383.0

384.4

383.1 382.9

382.5

382.6

381,5

380.6

375.9

375.7

376.8

382.2

383.2

383.3

MIN

368.2

365. 1 359.2

359. 3 365.8

343.0

315.7

315.4

325.9

344.0

365.9

368. 1 357.4

356.0

358.2

357.2

360. 1 342.9

330.0

332.6

340. 5 344.4

354.7

355.5

TYPE

401.5 334.2

329.6

333.5

333. 1 327.9

319.9

307.6

303.6

307.0

318.0

332.6

339.6

315.9

314.8

314. 1 312.2

311.2

296.8

294.9

294.2

297.8

302. 5 311.5

314.7

298.2

298.4

298.8

299.0

299.6

292.3

288.0

282. 5 293.0

294. 1 295.8

301.3

301.2

296.1 299.3

300.7

296. 1 292.8

287.8

283.9

293.1

300.8

300.2

14
STA MO HR

12921 01

12921 02

12921 03

12921 0^

12921 05

12921 06

HR S DJ MEAN MAX MIN MO HR 5 D

J MEAN MAX MIN 0 0 2 0 • 0 248 J) 1 / . 9 362.9 2 8 2.9 n 7 00 11 1 9 7Q "3 A n '3 9 0 U . 9

"39 A0 AH . 7/ Til

A 9 1 1 . 0 0 2 1 9 • 7 248 318.1 3 5 9 « 9 2 86.0 0 2 07.7Q A9 70f 7 3 64.0 "3 A 1 c. 9 0 1 « 9 324.3

O'f 1 9 • 1 248 318.3 3 5 9.5 2 8 8.4

nA 9.4 9 7 Q "3A C, 7 9 0 9 . / "3

A 9 7 "3 1 (^ 1 9 19.1 06 1 9 • 0 248 318.9 "3 C, D 1 "5 0 7 7 nUoA 07 . AH 2 79 39 0 C9 ^. Q7 39 A0 £9 . Q7 317 9 1/.'+A

r\A

U o TO "3 i V • J 9 A

Q /I H O j5 i 7 . 9 3 5 8.8 9 A 0 A

nAQ7 . nu 2 79 36 2.7 3 80.9 90 7 ^ t 7 ' . 9 1 0 9 1 A 9 A Q "3 17 1

"3 1^ 0 9 9 9 7 . A 9 7a

a 11 nu 10.4

A9 7Q1 7 3 51 1 3 76.9 9 A

AA ^ 0 0 » 0 1 2

21*3 246 313.2 3 59.2 2 70.4 1

"5 19

n 1 A . U 9 7 Q C. 17 "3An "3 9 *+ u . 9 9 7 flA 9 / 0 . H 294 . 4

1'* 2 1 • 3 248 308.6 3 54.0 266.3 14 14.0 2 79 3 3 2.0 379.1 288.9

16 21»1 248 307.6 354.6 266.2 16 16.3 279 329.0 380.9 279.3

18 20.7 248 311.0 360. 1 274.8 18 17.8 279 333.0 377.2 278.2

£.

U 1 Q

Q 9 A

Q "J 1 A . S 9 1 H- • 9 39 AnD u • nu

A9 A0 nu .- 7f 9 n 15.6 2 79 3 4 4 4 Zf 3 7 7.7 ^9Q7 A0 1 • 1 2 2 TO "7 248 316.8 3 A 1 1 9 0 1 . 1

"5 7 0 7 A f 7 . / 9 9 A ^ 19 "3 1 A . 9 ^9 70/ 7 39 9

"39.9^ "3

A ^3 "3 9 0 9 . 9 310.2

U

U 1 O . 9 9 9 A 9 1 7 . 9 39 ^9 A0 . A 2 77.9

nuA0 n

n 11

"3

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"39 119./ f^i - 7 9 9 A ^ *i D H 1 A 7 "3997. R Q 7f 977 "3 n A 191 A « nU 9 7Q "3 A n "3 9 0 u • 9 39 7r A0 . AH 3 9 A A 06 1 8 # 5 2 2 6 318.8 355.8 0 ~7 c Ci ^ f 0 . 9 06 1111*/7 2 79 361.0 3 80.3 Q "5 7 c. 9A / . 9 0 8 1 9 • 2 2 2 6 319.6 Q c; 7 1 9 9 / . 1 2 7 2.2 0 8 1 A "3 1 (J . 9 2 79 3 60.7 3 A 1 7 9 0 1./ 32 3.9 1 0 2 2 • 0 9 9 A o 1 7 n 9 7 "3 9 f . 9 9 A A A 1 n 1111.7Q A970/ 7

•3/17 9 "39(7.9 7 0 Ci 3 02.4 1 £. 9 H 1 2 2 6 312.8 "39

C,9 0Q . 7f 2 5 9.9 1 2 19

Q i ^ . 7 9 7 Q A f 7

"3 "3 c; 9 9 9.9 3 A "3 ^ 9 0 9 » 9 299.5 1 4 2 2 • 9 2 2 6 308.3 361.1 2 61.7 1 4

15.2 2 79 3 26.6 379.3 286.2

16 22.6 226 306.4 360.3 262.1 16 17.2 279 323.1 376.7 282.8

18 22.1 226 309.4 358.6 257.7 18 18.4 279 326.6 376,6 285.8 2 0 20.7 2 2 6 3 1 4 • 6 9 C, T 9 9 9 / . <1 2 71.6 9 n 17 c; 1 f . 9 9 7 Q "39

"39 Q7 . AU"39 A0 ^9 . AH AV9 Q c9 0 . V 22 20.2 22 6 317.4 35 8.1 2 74.7 2 2 13.8 9 "7 0 3 49 • 2 3 80.1 3 01.7 9 9-7 9 A A 9 1 • V 3 6 3.3 9 7 n - A 0 9 nn'J u ^9 11 . nu 9 An "39 ^9 nU 1 . 1

"39 A0 1i . A0 £19 R0 A0 . 07 9 9 n 248 "3 9 9 A 366.6 2 71.6 n 9 21.1 240 3 51.5 3 8 3.7 290.7 9 1 9 A A 399 9 D c. • c. 365.9 977 n n A A9 nu _. A0 9 An 3 51.7 380.3 A9 07 1 1 1 . 1 0 6 248 3 2 2.8 3 A Q 7 9 D 9 . 1 -1 f H- . 0 06 19.9 240 3 5 2.0 "SRI 9 0 A 1 . (J 291.0 U 0 9 9 C^ 9 /i Q "3 9 9 9 "3 A "3 A 9 D 9 . 0 977 A n fl U 0 9 n A A U . 0 A9 H/i nu

"39 9 11.7Q "39 A0 1 ^ 1 . 9 9 R

Q /i

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"SIPn "39 A0

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"30 7 7 "39 A0 ^/ • Q7 9 A

Q 1

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A

AU . 0 9 /i

n "3 9 A 9 9 A 0 • A

"39(7.7 7 0 Q 970 /i A / 7 . f 16 23.2 248 305.9 366.6 264.9 16 22.1 240 324.6 387.7 276.7

18 22.9 248 308.8 365.4 269.8 18 22.2 240 330. 1 378.1 281.8 4 u 9 9 ^ 248 314.8 365.2 2 74.2 2 0 21.6 2 40 9 A•+ nu 1 . 1 38 3.7 ^00.9 9 A A R 9 9 9 9 A 9 A R "39 101 V • A0 365.4 £:9 7( "39 . A^ 9 9 9 1

"3 9 A

n "3ARR 9 H 9 . 0

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AQ

uu 9 9 ^ ^9 AnH U

"39"39 nU • Q7 3 71.6 9 7 A - A 11 nu nn 9 A "3 A f • 9 248 39"3 "3 ^ 9 9.9 "39 7' A0 . Q7 A9 A0"3 9 9 . A

U 9 9 1 240 "3 "3 1

"3 9 9 1.9 3 69 • 9 9 7 "3 7 n 9 9 "3

A 248 "39

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"39 nU . 7f 368.1 9 7 n

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16 20.4 248 326.0 370.0 272.2 16 20.8 240 3r05.3 356.3 274.2

18 20.3 248 329.7 370.2 275.2 18 19.7 240 310.2 358.1 280.4 2 0 19.3 248 3 3 7.7 3 7 2.6 2 8 6.6 20 2 0.0 2 39 314.3 36 5.6 2 81.2 O 9 1 Q Q i o . o 248 3 4 4 » 8 9 7 0 7 2 8 9.9 9 "5 9 A 7 9909 7

"3 17 9 9 1 f . A'39 7/ au

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20 16.5 240 345.1 383.8 291.7 20 18.^ 248 312.5 360.2 279.0

22 13.3 240 353.6 383.0 298.6 22 17.7 248 314.4 361.2 283.5

TYPE

557429O - 60 -2 15
STA

13723 01

13723 02

13723 03

13723 04

13723 05

13723 06

HR S D

J MEAN MAX HIN MO HR S D

J MEAN MAX MIN

00 11.9 248 309 , 8 340, 4 289.0 07 00 12.0 279 357.5 376.5 323.8

02 11.7 248 310,2 341 , 9 292. 8 02 11.6 279 356.6 376, 1 323.6

04 11.6 248 310,5 341 . 8 293.2 04 11.1 279 356.4 374,2 325.8

06 11.3 248 310.5 342.2 292,4 06 11.2 279 357.4 374,9 322.6

08 11.1 248 310.1 342. 5 292,0 08 13.4 278 3 54.6 376,7 308.4

10 13.1 248 307.9 343. 1 285,1 1 0

15.1 2 79 348 . 3 3 74,4 306 , 5 12 13.9 248 304.8 340.6 272.0 12 15.8 279 343,8 375,0 299.8

14 14.5 248 303.0 341.9 271.5 14 16.9 279 341.0 377,7 299.0

16 14.2 248 304,0 339.7 272.4 16 18.3 279 342.4 376,3 294,9

18 13.2 248 307,3 341.6 278,3 18 17.5 279 347.9 386,9 303.6

20 12.6 248 308 . 7 340, 2 280,4 20 14.1 279 3 56.5 386,8 316.4

22 12.2 248 309,4 345, 1 285,1 22 12.4 279 357.7 378,5 320.6

00 9.6 226 308.7 345.0 289,6 08 00 11.8 279 356.0 381,5 322.3

02 9.3 226 309.4 346.0 292,6 02 11.5 279 3 54.9 379.5 320.8

04 9.2 226 309.6 344, 6 294.2 04 11.5 279 354.0 377.8 320.0

06 8.9 226 309 . 6 343.0 290.9 06 11.9 279 354. 1 377. 2 323.4

08 9.5 226 309. 1 341,6 289,9 08 13.0 279 353.7 376.8 316.8

10 12.1 226 305.4 340, 2 280,0 10 14.6 279 347.7 376.3 307,8 1 2 13.4 226 302 . 5 344,4 274,8 1 2 15.5 279 342.7 378 , 7 303,9

14 13.5 226 300.8 337.7 275.4 14 16.9 279 340.0 3 81,1 299,6

16 14.0 226 300.6 340,6 277.0 16 17.2 279 341.2 373,6 301,6

18 12.2 226 303.9 340,0 280,5 18 15.8 279 348.8 377,8 308.4

20 11.2 226 306.9 339,2 283,7 20 13.0 279 356.5 384,2 320. 1 22 10.7 226 307.9 341,3 285,6 22 12.3 279 356, 5 381,3 321.3

00 12.9 247 308 ,9 348.4 287,5 09 00 15.2 239 340. 8 371,1 303.3

02 12.6 248 309.7 348. 3 290.8 02 15.0 240 340.6 373,0 305.8

04 12,6 248 310.0 348 , 3 289,3 04 15.0 239 340.2 373,7 310.4

06 12.1 248 310.7 348-. 8 290,0 06 15.2 240 340.0 373,9 307.6

08 13.7 248 308 .9 351.1 285,1 08 17.3 240 3 39.9 376, 3 303.1

10 15.4 248 305 .2 354.5 278 ,4 1 0

18.7 237 3 33.8 368,9 297 . 5 12 16.0 248 302 .0 349, 5 274. 0 1 2

19.1 240 3 28.9 372*2 291.9

14 16.5 248 299.9 346. 0 272.7 14 19.2 240 326. 5 368.3 286 .6 16 16.6 247 299.5 344,4 274.7 16 19.4 240 327.4 373,8 287.6

18 15.3 248 302.9 343.4 275.0 18 17.7 240 335.7 374.5 293.0

20 13.6 248 306.9 348.6 278.6 20 15.3 240 341.9 372.4 299.2

22 12.9 248 308 , 1

347. 6 283.9 22 15.3 240 341.3 369.9 300 . 4

00 15.6 240 315,5 352.6 280.8 10 00 13.9 248 3 24.0 360.6 292 . 6 02 15,2 240 316.6 351.2 286.1 02 13.6 248 3 24.3 360.2 299 . 2 04 14.4 240 317.0 351.6 290.3 04 13.6 248 3 24.1 364,1 298.0

06 14,2 240 317.5 352.0 292.7 06 13.7 248 324.0 364,4 297. 3 08 16.6 240 314.4 3^1.3 288.4 08 15.6 248 3 24.5 366,9 29 0.7

10 17.6 240 309.3 357.3 282.1 10 17.4 248 318.2 367, 1 280.7

12 17,4 240 305.3 352.0 275.9 12 17.6 248 313.2 361,0 275 . 1 14 18.2 240 302.9 348 . 5 273,1 14 17.9 248 310.5 3 59,9 267. 8 16 19.2 240 303.2 354.8 274.5 16 17,5 248 311.3 359.0 274.5

18 19.1 240 306.8 356.4 275,0 18 15.8 248 320.3 362.8 287.3

20 17.1 240 312.6 354,4 279. 5 20 14.7 248 323.3 3 58.1 288,4

22 16.7 240 315.0 352, 3 285,5 22 13.8 248 3 2 3.3 3 59.2 292 , 6

00 14.6* 248 331.1 360. 1 289,0 11 00 12.2 240 311.9 3 5 2.9 285,5

02 14.0 248 331.0 360. 5 295,1 02 12.0 240 312.1 352.7 283,5

04 13.6 248 330.9 363.8 300,9 04 11.9 240 312.1 351.0 289,2

06 14.0 248 331.6 369.0 299,4 06 11.4 240 312.2 353,8 289,4

08 17.1 248 327.7 371,3 293,0 08 12.5 240 312.0 3 54,1 291.3

10 18.2 248 322.7 367,9 289,7 10 15.3 240 307.0 353.1 282,7

12 18.4 248 319,7 365 . 3 283,6 12 16.3 240 3 03.6 3 54. 9 272,9

14 18.7 248' 317.6 360,7 282,3 14 16.5 240 3 01.4 3 5 6.6 267,3

16 19.4 248 318.1 365,4 281,2 16 15.7 240 302.8 353.7 273,2

18 18.3 248 321,7 359.8 284.2 18 13.5 240 308. 5 354.2 281, 1 20 15.6 248 329.6 364. 8 291.4 20 12.5 240 3 10.7 347.9 281,4

22 14.9 248 331.6 364. 3 285,8 22 11.9 240 3 11.3 347.8 281.7

00 15.7 240 346.8 376. 8 308,8 12 00 10.7 248 308.5 349.7 287,8

02 15.1 240 346.3 374.8 311,8 02 10.6 248 308.4 350.0 287, "5 04 14.9 240 345,9 373.5 313,7 04 10.5 248 308.3 350.0 290,3

06 15,2 240 346.6 374. 3 304.7 06 10.1 248 3 08.4 348. 1 292 , 4 08 17,7 240 342.8 374. 8 300.2 08 10.3 248 308.7 349,5 293 . 9 10 18,7 240 337.3 372.8 294.6 10 12.8 247 3 06.4 348.3 284.5

12 18,7 240 332.8 374.6 2 8 6'. 2 1 2 14.3 248 303.3 349.5 279.6

14 19,2 240 330,1 372.0 286.3 14 15.0 248 302.0 349.4 278.5

16 19.6 240 331.3 372.4 291.2 16 14.8 248 3 03.1 3 50.1 282.1

18 20.3 240 336.1 376.6 289,7 18 12.7 248 306.7 348.6 286.3

20 18.0 240 345,3 379. 3 302.7 20 11.6 248 308. 1 347.8 290, 0 22 15.9 240 347,8 377. 2 308.4 22 11.1 248 308.6 348,2 286,2

TYPE

16
STA

13743 02

13743 03

13743 04

13743 05

13743 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

n r\ V \J 7 1 R - 1 343,4 2 96.6 0 7 00 14.7 248 3 62.4 3 93.4 317.4

U ^ O A •53

1i -J -• AO 9 . 0 9 OA - 7 n 9 14.4 248 9 AO 9 . 1

<1 . i 3 92,2 318.2

nU ^H Q7 # AO 217 315.8 342.9 2 90.8 04 14.6 248 361.6 3 86.9 315.7

9 • 6 217 316.1 346 . 5 294. 5 06 14.4 248 3 61.2 3 86.4 317.7

08 1 0 • 0 217 316.0 349.5 296. 7 0 8 16.1 248 3 5 7.2 390 . 0 317.0

10 1 0 • 6 217 31^.6 3 5 3.5 2 92.0 10 17.5 248 3 51.7 3 86.2 310.9

1 ^ 217 312.1 342.0 9 Qn7 u .. nu 1 2 17.8 248 3 47.6 4 0 3.3 310.2

inJ. U • QV 9 17 -5*+ H . i 9 QA 9 1

4

18.5 248 344,9 393 . 2 3 08.9

16 11.0 217 310.6 346.0 284.8 16 18.9 248 345.7 392.5 308.2

18 10.3 217 312.3 343. 1 288.4 18 19.2 247 351.8 394.5 310.8

u 217 313.7 340.7 2 91,5 20 16.8 248 3 5 9.6 394 , 3 320.3

22 9 • 8 217 314.7 343.5 294.2 22 15.3 248 362.1 394. 1 323.1

00 8 • 9 197 313.2 3 3 9.4 2 90.9 08 00 15.8 248 361.2 391 .8 318.3

02 8 • 5 197 313.7 343.0 2 98.3 02 15.6 248 3 6 0.9 3 91.0 317.2

04 8 • 6 197 314.0 341.0 2 98.2 04 15.4 248 360.2 391.1 318.9

06 8 • 5 19 7 314.3 349 , 4 292. 7 06 15.7 2 48 3 59.9 390 . 5 318 . 2 08 8 • 9 197 313.8 349 . 5 2 94.8 08 17.5 248 3 57.5 3 90.0 315.4

1

0

9 • 9 19 7 311.5 3 5 2.9 2 8 9.7 1

0

18.8 248 3 5 2.2 3 8 9.2 310.3

1

2

1 0 • 7 197 308.8 349.6 2 8 3.5 1

2

19.3 248 3 47.6 385.7 3 03,4

14 1 0 • 7 197 307.1 343.0 2 84.3 14 19.9 248 3 4 5.5 3 88.2 3 02.1

16 ll.O 197 306.8 339.6 281.5 16 20.6 248 346.6 392.8 301.9

18 10.8 197 309.4 349.6 284.9 18 19.4 248 353.0 389.6 306.3

1 U . ^

1 O 7 ail 9 9 H 7 1 9 n 1 7 O ^9 AWf O "a9 Q7 11 . AO 5 1 J . <i 22 9.9 197 312.2 3 51.5 2 88.3 2 2 16.3 248 361.0 392 . 1 315.0

00 11.3 217 313.6 352.7 2 94.1 09 00 16.8 240 3 48.1 3 90.0 3 08.9

0 2 10.8 217 314.1 348. 9 2 9 5.5 0 2 16.2 240 3 47.6 388.5 308.2

04 10.3 217 314.5 3 50.5 2 98.8 04 16.1 240 346.7 385 .8 307.2

06 10.2 2 i 7 314.9 3 51.4 2 99.2 06 16.2 240 3 46 . 3 385.9 301.3

08 10.5 217 313.8 3 51.7 292 . 8 08 17.8 240 344. 3 3 81.8 3 05.2

1

0

12.0 217 310.8 3 5 2.4 2 89.4 1

0

18.9 240 3 39.2 378 .7 300 . 3 12 12.6 216 308.0 352. 3 285.2 1 2 19.2 240 3 34.6 378.7 298 . 5 14 13.1 217 306.5 3 56.3 285.0 14 19.6 240 332 . 4 382 . 2 294 s 9 16 13.3 217 306.0 354.4 283.3 16 19.7 240 334.2 381.7 295.8

18 12.7 217 308.3 356. 1 286.6 18 18.6 240 341.1 378.6 301.8

20 11.5 217 31 0.5 3 5 5.7 2 90.1 20 17.3 2 40 345. 5 3 8 3.4 3 07.2

22 11.3 217 312.5 354.7 293.1 22 16.8 240 347. 1 386.6 302.6

00 13.2 210 320.7 355.3 297.2 1

0

00 15.7 248 3 32.5 376.8 299.5

0 2 12.8 210 321.5 354. 1 298 . 5 02 15.5 248 332 . 5 377.4 301.8

04 12.8 210 321.3 3 54.2 2 97.3 04 15.0 248 3 32.2 3 7 7,4 3 02.5

06 12.8 209 321.6 353. 4 2 98.7 06 14.2 248 3 31.8 3 7 8.2 3 05.0

08 13,8 210 319.7 358.1 2 9 5.9 08 15.5 248 3 3 0.9 3 76.4 3 00. 2

1

0

15.0 210 316.1 3 5 8.8 2 90.0 1

0

17.0 248 3 27.4 372.0 291.1

12 16.0 210 313.6 362.1 287 . 8 1

2

16.8 248 3 2 3.3 372, 7 2 79.4

14 16.3 210 311.6 3 5 5.0 2 8 5.7 14 17.5 248 3 2 0.5 367.0 277.5

16 16.8 210 311.5 357.6 281.8 16 17.6 248 321.9 367. 1 278.7

18 16.4 210 314.2 360.4 288.0 18 16.6 248 327.9 370.2 288. 3 20 15.2 210 317.7 355.5 291.3 20 16.4 248 3 30.4 371.2 293.6

22 14.4 210 320.0 356.7 294.9 22 15.8 248 3 31.2 373,2 294.0

00 16.0 217 335.2 369.1 297.8 1

1

00 12.0 240 319.2 360.3 299.2

0 2 15.6 217 3 3 5.1 365.2 3 00.0 0 2 12.0 240 319.6 3 6 3.5 297 . 9 04 15.2 217 3 3 5.0 366 . 0 3 03.4 04 11.9 2 40 319.7 361.5 2 97.1

06 15.4 217 334 . 9 36 7.5 303.9 0 6 11.7 240 9 ^9 nu . nu 3 57.7 ^70.0

0 8 16.7 217 3 31.9 366 . 3 2 94.6 0 8 12.4 240 319.7 3 5 8.7 290.9

10 18.3 217 328.2 3 71.0 2 92.3 1

0

13.5 240 316.7 3 59.6 290.2

12 19.1 217 325 .8 370.9 28 5.4 1 2 14.3 240 312.8 3 56.5 280.8

14 19.4 218 324 . 6 369.6 2 86.0 1

4

14.4 240 310.7 356. 3 279.8

16 20.2 217 325.3 371.9 285.4 16 13.9 240 311.8 357.3 286. 1 18 20.2 217 328 .3 370.8 286.6 18 13.0 240 315.3 357.3 293.7

20 17.8 217 3 32.6 368.3 2 94.3 20 12.7 240 3 17.1 360.3 2 96.6

2 2 16.6 217 3 34.7 369 . 6 2 95*2 2 2 12.2 2 40 318.3 361.0 297.5

00 17.4 210 350.0 386. 0 305.2 12 00 9.4 248 3 14.4 351.0 298 . 8 02 16.8 210 350.2 386. 9 306.4 02 9.0 248 314.7 346. 5 295.4

04 16.9 210 350.0 386.3 3 06.1 04 9.0 248 315.0 351.2 298.4

06 16.8 210 349 • 5 387.6 308. 5 06 8.9 222 315.0 3 51.6 300 . 8 08 17.1 210 346.8 387. 9 3 06.0 08 8.8 248 3 14. 9 3 51.7 3 01.0

10 18.8 210 342 . 8 392.0 3 03.6 10 10.0 248 3 1 3 <. 0 3 50.4 296 . 9

1

2

19.3 210 3 3 8.9 3 8 3.5 2 99.8 1

2

10.8 248 310.5 347 . 5 294 . 9 14 2 0.2 210 336.2 380.7 2 9 2.4 1

4

11.4 948 3 09.1 3 5 2.4 289.4

1

6

2 0.5 210 3 36.5 380.3 294.9 1

6

11.2 2 48 310.0 3 49.3 291*0

18 20.5 210 340.9 380.6 298.7 18 10.7 248 312.1 351.7 292.0

20 18.5 210 346.4 386.0 299.4 20 10.4 248 313.4 355.0 294.7

22 18.0 210 348.8 388.8 304.3 22 10.1 248 314.2 352.2 294.9

TYPE

17
STA

137^f5 01

137A5 02

13745 03

13745 04

13745 05

13745 06

HR S D J MEAN MAX MIN MO HR S 0 J MEAN MAX MIN

00 1 4 • 4 217 3 2 8.8 360. 9 3 03.5 0 7 00 13,9 248 3 81.3 3 i 7 . j1 02 14,1 217 328.6 361.4 305.4 02 11.9 196 3 82.0 4 0 2.9 7 H 1 , u 04 14,1 217 328 »6 359. 5 3 04, 9 04 12.9 248 3 8 0.1 402.7 7 S 7 06 14.2 217 328. 5 360. 7 3 0 5.5 06 13.1 248 3 8 0.5

08 14.3 217 3 29.2 362. 1 3 05.2 0 8 14.3 7 A ft 7 Q 7 401.3 32 7.6

1 0 14.9 217 328.5 362.7 3 04.2 1

0

14.4 248 7 ft 404.2 3 26.3

1

2

14.8 217 327.7 360.2 3 00. 6 1

2

14.2 248 3 7 8.7 AH nU

c,7 n. 'J 7 A ^ . 7

1

4

14.7 217 3 2 7.4 359. 6 3 02.0 1 H 14.8 ^7 ZiS H J

'^'70 7 1 <i . 1 3 26.0

16 14,5 217 328.2 359.3 302.5 16 15.3 248 379.9 411.5 321.9

18 13.9 217 328.6 359.8 300.7 18 15.2 248 380.4 412.0 326.0

2 0 14.1 217 329.4 360. 4 3 02.4 20 14.3 248 ft 1 /i A 7 9 10 7 O

2 2 14.5 217 32<^. 1 3 5 9.3 303.9 2 2 13.8 248 5 o 1 • y

/. A 7 A 332.9

00 12.7 197 326.7 359. 7 3 01.7 08 00 15.7 248 7 ft 7 404,3

0 2 12.8 19 7 326.6 3 59.1 3 04.2 0 2 15.5 248 7ft n / A 1 A a o A a 04 12.7 197 3 26.5 360. 9 304 . 9 04 1 ^ - A 248 7 7 A / n 9 ft 33 3.0

0 6 12,1 197 326 . 1 3 57.5 3 0 5 © 2 n A 1 _>

.

2 48 J 1 O . 1 4 0 3.3 332 % 3 0 8. 12.5 197 3 26.1 J -J 7 . !? J u . '+ u o i D . J 3 76.7 404 , 0 327.5

1

0

13.1 197 325,3 3 5 7.6 3 02.5 11 nu 1 A ft a 7 e; 404 . 5 328.6

1

2

13.2 197 324.7 3 5 7.8 300.9 1

2

17.9 24 8 7 A 40 8.9 324.8

1

4

13.5 197 324.8 3 5 8.4 300 • 2 14 17.9 248 7 A 7 A A 7 7 1 9 Zl 1 7 ^1 *+ . 1 16 13.2 197 325.4 361.6 298.7 16 17.1 248 376.6 404.2 326.7

18 12.5 197 326.5 361.0 299.1 18 16.5 248 377.6 402.6 323.1

20 12.2 197 326.8 360. 1 3 02.4 20 15.9 248 3 78.5 406.6 3 3 0.9

2 2 12.7 197 327,0 3 5 8.7 3 00.1 2 2 15.8 248 3 78.7 A n Q ail Q 7 7 1 . c 00 14.9 217 328.3 362.4 298.8 09 00 15.8 240 3 67.7 3 97,3 326,6

02 14.8 217 328.2 361.4 299 . 0 0 2 14.9 240 368.2 3 96.0 328.0

04 15.1 217 327.7 360. 0 2 98.4 04 15.0 2 40 3 68.0 3 98.7 3 2 3 , g 0 6 15.1 217 328.1 360. 6 3 02.8 06 15.4 2 4Q 3 68.0 3 95.6 "a 7 A a 08 15.4 217 3 2 8.3 365.8 2 97.8 0 8 15.4 240 3 6 7.0 3 94.9 "^7 3 0 ft i 7 . 0

1 0 16.0 217 327.2 362.3 2 99.7 1

0

15.3 2 40 3 66.4 3 94 , 9 3 26.3

1

2

16.3 217 326.7 364,4 2 9 6.6 1

2

15.7 2 40 3 6 5.2 3 97,8 "a7 7 R ^ -J . 7

1

4

16.2 217 326.8 364 . 8 ^97.7 1

4

11 -> . Q7 2 40 3 95,4 "5 7 1 A 16 15.8 217 326.8 365.0 297.8 16 15.7 240 365.2 396,3 324,3

18 15.1 217 328.3 363.4 296.5 18 15.6 240 366.8 396.4 323.3

2 0 14.7 217 328.7 362.5 297.2 20 15.5 240 3 6 6.6 3 96.9 323.0

2 2 14.8 217 328.4 363 . 7 2 96 . 5 2 2 15.7 23 9 3 6 7.0 3 95.9 aD /L7 ±

1 .• AO 00 15.3 210 338.5 368 . 8 3 02.0 1

0

00 17.4 248 3 5 0.6 3 94.0 3 05.4

02 15,2 210 338.6 369,4 3 02.5 0 2 16.9 248 3 5 0.2 3 92,3 3 06.9

04 15.3 210 338.1 366.8 3 03.6 04 17.4 248 3 5 0.0 3 92.4 3 0 5.^ 06 15.5 210 337.8 3 71.6 3 02.6 06 17.1 248 3 5 0.2 3 91,2 3 08.5

08 16.2 210 336.4 369.3 2 99.1 08 17.4 248 3 5 0.0 3 91,5 a AO ^ p

1 0 16.7 210 335.3 3 68.2 3 00.4 10 17.9 248 349.2 3 92,5 3 03.9

12 16.7 210 335.6 369.3 298.1 12 18.3 248 348 . 1 3 84,6 3 0 5.7

1

4

17.2 210 334 . 9 371.4 296 . 4 14 19.0 248 3 47.6 3 8 6.0 3 01.7

16 16.5 210 336.4 372.7 297.9 16 18.3 248 348.4 389.0 306.3

18 15.6 210 338.6 369.5 297.8 18 17.5 248 350.0 391.0 308.4

20 1 J . -3 3 68.0 ^ 7 7 . H IT A 7 Zift -3 R7 nU . 7f J 7 J , 7

a A 7 £, 7 U ' . D

2 2 15.4 210 3 39 • 5 368.9 3 02.2 7 7 17.8 248 3 5 0.6 3 94 . 8 -3 AU A*+ R , 7

00 16.4 217 3 5 1 • 9 3 8 5.5 3 05.5 1

1

00 17.0 240 3 34.3 3 7 5.5 3 01.*^

0 2 15.6 217 3 52,1 384.9 3 04. 3 n 7 16*5 240 3 34,4 3 7 6.1 a A "a * A 7 U -> • o

0 4 15.4 217 3 5 1 • 7 38 5 6 3 07.1 U f 1 6 . 7 240 3 34.1 3 7 5.3 a7 n A * A U D . U 0 6 16.1 217 3 5 1 • 6 387.7 3 04.7 OA 15.9 240 3 34.1 3 71,8 "a A R * 7 0 8 17.3 217 349 • 8 3 86.7 3 02.9 u O 15.9 240 3 34.3 3 74.1 3 02.8

1

0

17,9 217 349,4 387.4 3 02 . 0 10 1 6 • 5 240 3 3 2.8 7 7 n 3 q2 , Q

1

2

19.1 217 348 • 9 382.5 3 03.5 1 7 17.2 2 40 3 3 2.0 3 7 8,3 a A 7 R 7 U <- . 7 14 18.4 217 348 • 5 38 2.6 3 05.2 1 Zl 1 f J- f • ^ 240 3 32.2 3 7 9."^ "a A A /i 7 U U , M- 16 18.1 217 349.4 383.7 304.2 16 16.9 240 333.5 374.8 303.6

18 16.6 217 351.3 381.9 309.6 18 16.6 240 334. 3 372.3 302.3

2 0 16.1 217 352.9 382.8 3 07. 9 20 16.9 240 3 34.5 369.9 3 02.0

2 2 16.2 217 3 5 3.0 3 84.2 3 0 3.5 7 7 16.9 240 3 34.2 3 75.7 3 00 .0

0 0 17.4 210 369.3 409 . 5 3 2 2.5 1

2

00 14.5 248 3 2 6.3 36 5."^ 3 02 . 4 02 17.3 210 368 . 0 40 9.4 3 2 7.7 0 2 14.1 248 3 2 6.5 363.2 3 01.1

04 16.8 210 368 . 2 404. 7 3 29.4 04 13.9 248 3 26.2 361,8 3 01.8

06 17.7 210 368.6 412.8 319.4 06 13.5 248 3 26.3 364 • 2 3 03.5

08 18,1 210 366.8 406 . 2 3 2 3.5 08 13.9 248 3 26.4 362.1 3 03.6

1 0 1 9i 3 210 365 • 8 405.7 310.4 10 15.0 248 3 2 6.2 3 74. 1 3 02.8

I 2 19.6 7 1 n 366.0 402.4 3 1 9 .' 1 1

J. ^7 15.2 248 3 2 5.4 3 70.6 a A A T

1 Zl X H i 7 . D 7 ^ r\ ^ i U AHUn 1 n i . :5 a 1 /. D J LH • o 14 15.0 248 3 2 4.8 "2 7 "7 c, 298 • 5

1

6

117.1 Q 1 399.4 T A 17.1 7 Aft <i H- o

T 7 C 7 A ft s J O O . 79 0 7 R 7 1 m 7 18 18.3 210 367.8 411.9 324. 5 18 14.5 248 326.3 369.6 301.1

20 18.2 210 369.4 412.2 323.0 20 14.5 248 326.8 369.5 301.6

22 17.9 211 370.3 417.7 319.7 22 14.5 248 326.6 362.9 302.8

TYPE

18
STA MO HR

13874 01

13874 02

13874 03

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

00 13.7 244 313.5 349. 1 291.2 07 00 13.3 248 358.0 378.8 311.8

02 13.7 245 313.3 346.5 290.0 02 12.2 248 358.4 379.2 314.8

04 13.8 248 313.7 347.6 291.6 04 11.4 248 358.5 380.5 319.2

06 13.7 248 314.1 347. 2 292.7 06 11.5 248 358.8 378.4 319.5

08 13.8 247 314.3 348. 1 293.9 08 12.2 248 358.4 375.0 316.6

10 15.2 248 313.2 349.5 289.0 10 13.6 248 354.0 378.7 311.3

12 16.0 244 311.0 348.9 284.9 12 15.5 248 348.4 379.0 297.5

14 15.9 248 308.2 350. 1 278. 1 14 17.0 248 344. 3 378.6 299.7

1

6

16.2 247 308 .0 350. 1 2 79.6 16 18.4 248 343.9 3 80.4 292.7

18 15.4 248 310.6 347.5 280.9 18 18.3 248 347. 7 378.7 298.0

20 14.6 243 312.6 345. 5 285.9 20 15.9 248 353.7 380.0 299.9

22 14.2 248 312.9 347. 3 287.6 22 13.9 248 357.0 381. 1 311.7

00 12.2 226 311.4 346.8 287.1 08 00 12.1 248 355.6 375.6 318.3

02 11.9 226 312.1 347. 2 291.8 02 11.7 248 355.6 373.6 318.2

04 11.3 226 312.4 345.0 291.0 04 11.6 248 355.6 374.2 316.0

06 11.5 226 312.8 344. 8 293.8 06 11.2 248 356.0 375.6 321.6

08 12.0 226 312.6 345. 5 290.6 08 12.0 248 355.1 377.7 319.0

10 14.0 226 310.4 350.7 280.6 10 13.1 248 350. 7 373.7 309.0

12 15.3 226 307.0 344. 5 277.3 12 14.3 248 344.7 374.8 301.2

14 16.3 224 303.8 344.7 273.8 14 15.7 248 340.0 375.4 300.3

1

6

16.3 2 2 5 303.2 347 . 9 2 75.6 16 16.8 248 340 . 3 383.2 301.0

18 15.0 226 306.0 345. 5 280.5 18 15.8 248 344.6 379.9 306.4

20 14. 1 226 308.9 346. 5 284.5 20 13.6 248 351.6 379.1 308.6

22 13.3 226 310.5 344. 0 287.9 22 13.1 248 354.0 377.9 314.0

00 15.7 248 312.2 353. 3 289.4 09 00 16.3 240 341.7 378.0 306.3

02 15.2 248 313.1 353.4 290.4 02 15.9 240 341.8 373.3 307.7

04 15.5 248 313.5 353.2 291.0 04 15.6 240 342.2 374.9 306.3

06 15.6 248 313.8 354.7 289.5 06 15.3 240 342. 5 371.8 309.6

08 16.1 246 313.2 349.2 289.9 08 16.4 240 342.4 374. 1 307.0

10 18.3 247 310.5 352.4 284.1 10 17.5 240 338.7 381.0 300.0

12 19.2 248 307.0 348. 1 276.8 12 18.0 240 333. 1 374.5 295.2

14 19.5 248 303.8 354.3 274.0 14 18.5 240 329.9 373.9 285.0

16 19.7 248 303.0 348. 1 274.0 16 18.7 240 329.0 373.1 280.3

18 18.8 245 305.4 350. 7 273.4 18 17.6 240 334.0 372.7 284.0

20 17.7 248 308.8 349. 5 282.3 20 16.7 240 340.0 376.0 297.4

22 17.0 248 310.6 352.5 282.9 22 16.5 240 341.3 377.9 303. 1

TYPE

13874 04

13874 05

13874 06

00 16.2 209 317.2 350.9 287.7 10 00 17.7 248 326.2 368.8 291.7

02 15.5 210 318.1 350.5 290. 7 02 17.2 248 326. 3 367.6 292.5

04 15.5 210 318.8 349.9 290. 1 04 16.9 248 326.3 367.6 294.4

06 15.0 210 319.8 349. 3 291.4 06 16.7 248 326.5 366.3 293.6

08 17.2 210 318.9 354.8 289.8 08 18.1 248 326.1 365.3 290.6

10 18.8 210 315.0 350.4 283.8 10 19.9 248 322.0 364.4 280. 5 12 19. 1 210 311.1 355.4 280.2 12 20.2 248 3 16.8 362.9 278.0

14 19.3 210 307.5 351.4 278.9 14 20.6 248 313.7 368.7 272.9

16 20.3 210 306.2 357.9 275.3 16 20.6 248 313.7 384.3 273.4

18 20.0 210 308.0 352.9 274.2 18 19.0 248 320.4 367. 1 285. 1 20 18,4 210 313.

S

355.7 282.4 20 18.2 247 323.9 364.3 289.6

22 17.4 210 316.3 357. 7 284. 1 22 17.9 248 325.0 364.7 288.3

00 16.9 217 332.5 368.8 291.4 11 00 14.6 240 312.2 350.3 283.4

02 16.3 217 333.2 367.7 297.6 02 14.3 240 312.4 357.0 279.7

04 15.9 217 333.6 368. 1 301.1 04 14.0 240 312.4 353.8 280.9

06 15.7 217 334.1 367.4 302,0 06 13.7 240 312.9 354.2 279.7

08 18.0 217 333.0 371.3 292.5 08 14.2 240 312.4 356.6 279.0

10 19.2 216 327.7 375.0 284.0 10 16.5 240 309.9 358.4 276.9

12 19.6 217 322.6 377.6 280.4 12 17.5 238 306.0 354.2 272.4

14 19.7 217 319.0 362. 1 278.2 14 18.2 240 303.7 352.2 269.6

16 20. 1 217 317.8 363.0 277.7 16 18.2 239 303.7 354.3 268.6

18 20,6 217 321.8 365.4 277.5 18 16.2 240 308.0 353.3 278.5

20 18.6 216 329.2 365.6 289.0 20 15.1 240 310.3 348.8 278.6

22 17.4 217 332.0 367.6 291.2 22 14.6 240 311.2 349.2 280.0

00 15.9 210 348 .7 376.3 301.3 12 00 12.7 248 309.9 349. 2 288.6

02 15.5 210 349.2 375.4 300.8 02 12.3 248 310.2 349.2 287.4

04 14.9 210 349.3 375. 5 302.8 04 12.2 248 310.3 350.1 289.5

06 14.9 210 350.3 375.9 303.4 06 12.1 248 310.8 349.2 292.3

08 15.1 210 349.4 377. 5 308.0 08 12.6 248 3 11.1 350.4 293.2

10 17.5 210 345.2 377. 3 296. 1 10 14.5 248 310.1 353.2 286. 1 12 17.5 210 339.6 375.4 297. 1 12 16.5 248 308. 1 355.6 279.8

14 17.9 210 335.2 375.0 292.7 14 17.1 248 306.3 354.3 277.7

16 18.5 210 334.8 381.7 290.9 16 17.0 248 306.4 351.8 278.5

18 19.1 210 338.5 376.5 288.8 18 14.8 248 308.7 351.7 287. 1 20 18.5 210 345.0 392. 2 299.9 20 13.9 248 309.7 355.2 287.8

22 17.4 210 347.8 379.9 300.5 22 13.2 248 309.9 350.2 287.9

19
STA

13880 01

13880 02

13880 03

13880 04

13880 05

13880 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 14.9 248 328,3 359,5 296,8 07 00 9,0 245 380.7 403,7 340.7

02 14.5 248 328,4 369,5 299.5 02 9,4 245 379,2 406, 5 341.6

Qti 14. 1 248 327,9 364,3 299.6 04 9,4 248 377,4 403.3 326.2

06 13.9 248 327,7 361, 7 299.8 06 9,7 244 379, 1 408.7 330.5

08 14.7 248 328,3 362, 1 298.5 08 10,7 247 378,4 400.8 333.1

10 17.6 248 325,3 378,5 292.9 10 11,8 245 372,9 398.-0 329.2

12 17.9 248 320.6 365. 1 286.0 12 12,8 245 370,0 402.5 325.9

14 18. 1 248 319.0 367,0 288.0 14 13,8 248 371,4 406.7 312.1 1 6

18.5 2 48 321.2 365,1 288.7 16 13,5 243 3 7 3,3 403.7 306 . 8 18 17.1 248 326.2 366.4 294.4 18 12,9 243 375,5 398. 1 307.7

20 15.7 248 328.6 365.0 295.4 20 10,2 246 3 80,8 404.9 342.4

22 14.9 248 328.8 362. 1 296.5 22 9,1 241 381,4 404.3 341 .4

00 13.9 226 328.7 366, 6 292.3 08 00 10,3 233 378,4 404. 1 352.1

02 13.4 226 328.5 364, 8 295.3 02 10,5 234 376,4 401.8 344. 1 04 13.5 226 328.2 363,5 299.8 04 10,5 232 375,2 401.4 337.7

06 13.3 225 328.3 367,3 303.3 06 11,0 234 376,0 403.0 329.1

08 14.5 226 328.6 370,6 3 00.7 08 12,3 229 378,0 408.0 328.5

10 17.2 226 324.1 365, 1 295. 1 10 14,4 225 370,9 400.8 323.3

12 17.9 226 320.0 363.6 289.7 12 15.8 218 367, 1 398.4 322.3

14 18.6 225 318.0 360.9 285.8 14 15.8 217 367,3 400,6 318.5 1 6

19.0 226 319,2 364 , 7 2 8 6.5 16 16.0 216 368 , 7 403.9 3 09.9

18 17.2 226 324,4 362. 1 289. 1 18 14.4 222 374,0 402.7 320.4

20 14.9 226 327,8 362.8 292.0 20 11.1 232 378,6 403.1 344.0

22 14,1 225 328,8 362.9 296.5 22 10.5 223 378,8 403.4 350.6

00 17.2 248 330,7 366. 5 293. 3 09 00 14.1 224 368,6 395.0 323.6

02 17.0 247 331,0 368.6 292. 1 02 14.6 214 366,9 396.3 323.8

04 16.9 246 330,7 365.9 293.3 04 14.4 213 365,2 393.0 322. 1 06 16.5 248 330,8 366.7 301.7 06 14,7 212 364,8 395.0 321.2

08 18.6 248 329.6 370.6 299,2 08 17,1 195 368.4 3 94.4 317.2

10 20.8 248 322 ,8 365.0 292,7 10 16,7 200 364.3 393.2 315.6

12 20.4 248 318.6 359.6 288,8 12 17,4 183 359.6 392.8 309.5

14 21.3 248 317,5 363,2 277,5 14 17,2 183 359.8 393.5 307.2 1 6

21.5 248 318,5 367. 8 285,0 16 16,7 1 80 362.2 3 94.4 310.4

18 20.2 247 322.9 366. 5 288.6 18 15.2 240 366.6 393.9 320.2

20 18.0 247 328,2 367,4 288,7 20 13.8 206 370.7 394.7 324.7

22 17.6 248 330,4 367,2 291,3 22 13.5 207 369.8 395.7 323.0

00 17.0 240 338,7 369,9 293,7 10 00 17.9 224 347.3 386.2 301.3

02 16.8 240 338,3 370,8 295,8 02 17.7 219 345.5 386.8 307. 5 04 16.7 240 337,7 372,6 300,1 04 17.2 217 344, 1 384.9 309.2

06 16.9 240 337,9 372,9 299,0 06 17.3 248 343,8 382.2 306.5

08 20.2 240 335,9 374, 5 292,7 08 19,5 219 346,6 394,1 306.4

10 21.5 240 328,2 370,0 285.8 10 21,7 214 341,1 386,3 297. 1 12 22.3 240 324,9 376,2 281.8 12 21,1 215 335,9 378,5 294.2

14 22.2 240 324.6 368,0 281.3 14 21.8 217 335,4 382,3 290.2 1 6 2 2.1 2 40 326.2 366 , 2 2 8 2.4 16 2 0.8 217 341,2 380,9 291.5

18 21.8 240 331.4 371,5 283.3 18 18,4 210 347, 8 383,5 296.6

20 Iff. 7 240 338.1 370, 2 285.0 20 17,3 221 348, 5 382,6 292.7

22 17.7 240 339,8 370,0 287.5 22 17.3 217 349,4 384. 1 298. 5

00 15.1 216 355,2 391,2 319.5 11 00 15,9 210 329,5 372.0 293.0

02 15.2 217 354,2 390,2 308.9 02 16,3 218 330. 5 371.6 299.4

04 15.0 216 353,0 388, 8 315.2 04 16,4 218 331,3 371.9 301.1

06 15.6 217 354, 1 388,0 309.0 06 15,7 216 330,3 369.5 303.2

08 17.4 217 351,0 384,8 306.4 08 18,1 212 332,7 378.0 303.2

10 19.2 217 343,8 386, 1 303.2 10 19,4 215 325.3 377.4 292.8

12 19.8 217 339,6 387, 2 296.5 12 20,7 211 3 21.2 375.5 290.0

14 21.1 217 339,9 384,9 290.8 14 21,6 206 320.7 372,5 290. 3 1 6 2 0.8 217 341,7 379,7 2 91.2 1 6

21,3 213 3 2 3 « 6 373,2 292.4

18 18.7 217 347,1 384,7 295.7 18 18,4 205 331.7 376,2 289.9

20 16.4 217 353,5 389, 1 303.7 20 16,9 220 332,8 375.9 294.4

22 15.2 217 355,6 394,2 313.6 22 16,4 207 331.2 373.7 298.3

00 14.7 210 372,2 402,4 325.4 12 00 14,3 214 326.7 367.9 304.5

02 14.7 210 370,5 403, 1 321.3 02 14,1 217 326.1 370,0 301.5

04 14.6 208 368,9 398,2 320.1 04 14,0 216 325, 5 364,7 300.4

06 15.6 209 370,5 402,7 324.3 06 13,9 219 325,4 363,4 299.3

08 17,3 210 368,2 412.3 316.1 08 15,0 203 325,4 363,5 298.3

10 18.2 209 362,3 396,0 303, 1 10 17,6 196 322,8 366,0 299.9

12 19.4 210 358,9 391. 3 302. 1 12 18,5 192 319,3 366,0 293,4

14 19.4 210 358,5 393, 1 300.1 14 18,4 194 317,4 359,3 285,2

16 18.9 210 360,6 398, 1 296.9 16 18,7 202 320,8 362,5 286,2

18 18.3 209 365,7 410, 1 300.8 18 15.5 189 324.8 363.1 298, 1 20 15,1 209 371 ,7 406,6 328.3 20 15.4 211 327,2 365. 1 300,4

22 14,2 210 372,9 405,7 334,4 22 14.9 217 326. 1 365.1 301.7

TYPE

20
STA

1389^ 01

13894 02

13894 03

13894 04

13894 05

13894 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN 0 0 1 9 • 4 248 33 3.0 a9 A o o O V . V 9 Q A "X A V D • 9 A 7 A A ft A9 7Qf 7

"2 7 0 "X 9 f 7 • 9 U t * A 9 9 1.7 02 1 8 • 9 248 3 3 2.7 369.7 294 a 8 A 9 U A Q0*9"a 9 7Q "2 7 0 P A * 1 9 9 . i 0 4 1 o • o 248 aJJ

"59 A9 . Af 9 1 U . 9 A9 Qft 7 O * O7 04 7*8 2 79 3 78*3 400*3 3 34.8 0 6 TO A 1 (3 • O 9 A P A H 0 J 9 A9 • AM- 3 71.5 9 U 1 . i 06 8*3 2 79 3 79*4 405.4 3 33.4

on ^ 9Zift A H O 9 -> 9 . 7f 369.9 9 Q ft - ft A 7 O . O 0 8 8*7 279 3 76.8 393.3 333.2 1 U Z i • t 9 Zi.fl A H O 9 9 U . 7 9 f 9 . O A9 ftO Q7 * ^9 1 0

9*8 2 79 3 71*5 3 95.6 3 3 5.0 1 2

21*8 24 7 328.1 3 7 3.4 284*0 1 9 i A 1 A * 1 9 7ft A f O "a9 AO 7f • AH

aQ 7 "a 9 7 / * 9 a 9 A 9^ 9 . u 1 4 2 2*3 248 328.2 3 70*9 283*0 1 4 1 9 • 1 A9 70f 7 3 68*6 402*8 321.8

16 21.9 248 329.5 369*2 287*6 16 12*2 279 371.7 395*5 326.4

18 19.9 248 333.4 370*3 293.3 18 8*6 279 376.3 391,7 330.4

20 248 9 9 9 . O 9 AQO 7 • 7f 9 Q

A - ft

A 7 *+ • O 20 7*7 2 73 3 79.6 3 96.3 332.9

19.3 2 48 33 3.8 3 70*2 2 96*6 2 2 7*6 2 79 3 79 . 9 3 96 * 0 335.1

u

u 17-9 ± t • £. 22 6 3 32.9 368 * 0 3 00*4 0 8 00 9*9 2 79 3 77.3 3 99* 7 334 . 5 nu ^7 J. o « o 2 2 5 3 32.5 366 * 0 294 . 4 02 9*6 2 79 3 76.0 3 96 * 8 334.8

u*f J. o • 1 A7 A9 AD 9 9 9 9 A • A 90DA A • 71 A9 Q7 Q7 -• Q7 04 1 0 . 1 2 79 3 74.9 9^ Q77 f * Au 9 9 R9 ft . O u o 1 A 1 1 O . 1 9 9 A il A D

'39"59 A9 . nU

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16*1 2 79

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22.2 248 341.7 396 * 5 2 91*7 1 4 2 3*1 240 319.9 376.6 281*0

16 22.2 248 344*7 386. 7 293.1 16 22*5 240 323.4 378,7 287.4

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00 18.2 2 48 3 2 8*9 3 75*1 299*5 0 2 14.2 240 3 70.9 393.9 322*7 02 18*4 248 3 29*5 3 75*7 299*2 0 4 14.1 240 3 7 0.3 397.1 3 2 0.9 04 18*2 2 48 3 29*4 3 74*1 304*7

06 15.0 2 40 3 71.3 394*7 3 2 3*4

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TYPE

21
STA

13897 01

13897 02

13897 03

13897 04

13897 05

13897 06

HR S D

J MEAN MAX MIN MO HR S DJ MEAN MAX MIN

00 1 1 » 1 248 315.0 347. 5 294.6 07 00 13,4 2 79 361,6 382. 5 320.8 0 2 11.0 248 315.1 348 . 0 296 , 2 02 12.5 279 362,0 382 .7 326.1

OA- 11.2 248 315.4 350.0 298,2 04 12.4 2 79 361.8 383.1 328 . 8 OS 11.0 248 315.6 349 , 2 297,1 06 12.7 2 79 362,5 386. 1 328.4

08 11.7 248 316.3 351,8 298,2 08 13.8 2 78 359,4 383.1 322.7

10 12.5 248 315.4 350,7 295 ,6 10 15.5 279 353.6 383 .7 308. 2 12 13.2 248 313.9 348 , 8 291,9 12 17.2 279 348 . 6 384.0 288.6

14 13.9 248 313.1 347. 8 289,7 14 18,7 2 79 345. 7 387.0 285. 0 16 13.7 248 3i3.3 350.9 289,6 16 19.7 279 346.8 385.3 289.4

18 12.4 248 315.0 347.0 291,2 18 18.8 279 352.3 388.7 292.0

20 11.5 248 315.0 348 . 5 2 90,9 20 16.3 2 79 3 58,5 388.6 303.7

22 11.1 248 315.1 348.2 295,9 22 14.4 2 78 361.0 384.3 314.8

00 9.4 226 313.9 345 , 8 2 95.9 08 00 13.5 2 79 3 58,0 384.2 319.0 0 2 9.3 224 313.9 345 , 5 294. 6 02 12.8 279 3 57,9 381.7 323.5

OA- 9.4 226 314.3 346 , 6 297,1 04 12,6 279 3 57,9 3 83.0 324.8

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14 13.3 226 309 . 5 344,0 284.9 14 18,3 279 342. 0 386.5 297 . 0 16 13.8 226 310.1 349,7 285.7 16 19,2 279 342.7 387.6 280. 1 18 11.9 226 312.4 349,7 289.1 18 18.0 279 348. 5 386.4 290.6

20 10.7 226 313.6 349 , 2 292.1 20 16.1 279 3 54.3 389.2 306. 3 2 2 10.1 226 313.7 346 , 6 292.4 22 14.4 279 3 56.8 3 82.3 315.3 0 0 12.1 248 314.6 3 5 2,6 292.6 0 9 00 15,0 240 341.0 3 7 3.7 308.5 0 2 12.2 248 315.0 3 5 2,7 2 92.8 02 14,4 2 40 3 41.2 3 71.7 309.8

04 11.7 248 315.3 3 54,3 2 94.4 04 14,3 240 341.5 3 7 2.1 311,1

06 11.6 248 315.5 352,7 2 94.7 06 14,4 240 341,7 373.5 310,7 0 8 13.1 248 314.2 353,7 292.6 08 16,4 240 3 39.7 3 7 8.8 299,0 1 0

14.7 246 312.0 3 5 2,9 2 82.6 10 18.8 240 3 34. 3 3 7 8.1 297,1

12 15.6 248 309.7 354. 2 281.0 12 19.4 240 3 28,5 3 74.7 288,7

14 16.1 248 308.1 358.0 280.2 14 19.7 240 3 2 5.5 3 70.8 288,1

16 15.9 248 308.2 357.5 282,0 16 20.8 240 326. 8 375.5 286.9

18 14.4 248 311.1 357.8 289,6 18 18.9 240 333.3 374.4 294. 5 20 13.1 248 313.3 355.0 291,2 20 17.6 240 3 38.0 378.2 303. 2 22 12.7 248 314.4 349 . 3 293,8 22 16.1 240 340.0 378.6 305.7

00 13.7 240 321.4 3 5 7.9 292,3 1 000 15.5 248 3 2 7.7 3 7 2.8 289. 6 0 2 12.9 240 321.9 352. 9 298.4 02 15.0 248 3 27.7 376, 2 294 . 0 04 12.4 240 322.2 352, 7 297. 1 04 14.6 248 327,9 3 71,1 297.7

06 12.6 240 322.7 35 3,6 296.9 06 14.6 248 3 27,7 3 71,4 299.5

08 14.9 240 320.7 352,6 2 92.4 08 16.2 2 48 3 2 7,8 369 , 8 296 . 2 1 0

16.0 239 318.5 354, 8 289.3 10 18.1 248 3 2 2,9 365,4 290.4 1 2 16.0 240 315.5 359,2 2 86.7 12 18.4 248 318,6 366,8 286.0

14 16.4 240 313.8 357, 6 2 8 2.7 14 19.2 248 316.3 368,3 282.1

16 16.7 240 313.6 359,2 284. 1 16 19.1 248 318.0 372.6 286.4

18 15.8 240 316.8 355,3 287.9 16 17.6 248 323.6 372.9 291.6

20 14.6 240 319.7 356,4 286,9 20 16.5 248 3 2 5.9 3 7 3.5 296.0 2 2 13.9 240 320.9 3 5 5,3 290.4 2 2 15.5 248 3 2 6.6 3 73.0 2 98.0

00 13.5 248 338.9 3 74,0 3 00.4 1 100 10.8 240 313.9 3 5 7.0 292.5 0 2 12.8 248 338.6 3 70.3 3 02.1 02 11.1 240 314,5 3 5 7.8 29 3.1 04 12.8 248 338.5 366.9 304.7 04 10.9 240 315.0 3 5 5.3 292.2

06 13.3 248 339.3 370.3 3 02.7 06 10.6 240 315,2 3 54.9 3 00.0

08 15.7 248 336.8 374.6 2 98.7 08 11.5 240 3 14,7 3 5 7.7 295 . 1 1 0 17.2 248 333 .1 371,2 2 95.2 10 12.9 240 311.9 360.2 289.2

12 18.2 248 329.6 374, 9 281.3 12 13.5 240 309.1 3 55.8 284.5

14 18.2 248 327,8 372.6 281.0 14 14.0 240 307.7 363.0 281.6

16 18.5 248 327.6 372,4 283.2 16 13.5 240 308,9 359.7 282.2

18 17.9 248 332,6 378.9 286.2 18 12.2 240 311.3 360.2 286.8

20 16.0 248 337,4 385.3 2 97,4 20 11.2 240 312.8 3 59.0 288.1

22 14.5 248 339,3 380. 0 298,7 22 10,9 240 313.3 3 5 8.3 291.8

00 13.3 240 354 , 5 385.7 3 20,6 1 2 00 10,4 248 313.2 3 5 2.9 295 • 9 02 12.9 240 354. 1 381,3 321.6 02 10,3 248 314.0 3 5 3.9 300.1

04 12.9 240 353.9 379,3 321.5 04 10.1 248 314.2 3 5 2,4 299.3

06 13.0 240 354.7 383, 0 318.6 06 9.8 248 314.3 3 5 3,9 299.9

08 14.9 240 351.9 384,6 314.4 08 10.4 248 314,0 3 56,3 297.1

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14 18.3 240 338.8 384. 6 294. 5 14 12.9 248 3 07.9 352,0 287.0

16 18.7 240 339.6 383.3 294.9 15 12.4 248 3 09.4 3 51.5 287.7

18 17.8 240 346.2 389,2 304.7 18 11.3 248 311.1 350.6 291 .4 20 15.7 240 352.6 385.0 311.8 20 10.7 248 312.0 350.2 291 . 3 22 14.3 240 354.4 387.0 318,3 22 10.5 248 313.0 354.0 292. 5

TYPE

22
STA

13941 01

13941 02

13941 03

13941 04

13941 05

13941 06

HR 5 DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

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TYPE

23
STA

13963 01

13963 02

13963 03

13963 OU

13963 05

13963 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 1 2 • 9 248 317.9 354. 8 296,8 07 00 12.1 279 369. 3 392,0 330.4

02 12.9 248 318.5 357. 9 298,0 02 11.5 279 369. 5 391,0 326.5

04 12.8 248 318.9 357.7 299.8 04 11.0 279 369,1 390,7 333.8

06 12.8 248 319.1 357.9 301,4 06 11.3 279 369. 2 388,2 331.4

08 12.8 248 319.4 3 5 8,3 299,6 08 12.6 2 79 367, 1 391,6 316.9 1 0 14,1 249 318.4 3 56,7 293,3 10 13.8 278 362. 3 392,8 314.7 1 2

14.8 248 316.2 355,4 289.8 12 15.0 279 358.0 387,5 315.6

14 15.8 248 315.1 356, 2 286.4 14 16.1 279 355.1 389,7 313.3

16 15.8 248 314.8 359,4 287.9 16 16.0 279 355.7 387,6 310.9

18 14.6 248 316.7 356,6 292.2 18 15.5 278 360. 7 389.9 314. 3 20 13.8 248 317.6 358, 7 294.2 20 13.4 279 367.6 391.7 324. 5 22 13.1 248 317.9 360.3 296. 8 22 12.8 279 368.7 394.0 325.3

00 10.8 226 317.7 350.4 296.2 08 00 14.6 279 365.3 399.0 324.8 0 2 10.2 22 5 317,8 352. 3 295. 1 02 14.1 279 364. 7 391.4 321.4

04 9.9 226 318,2 346 . 6 299.1 04 13.8 279 363.9 392,1 323.9

06 9.8 226 318.5 347. 6 297.0 06 13.8 2 79 364.0 391,0 323,0

08 10.9 226 318.6 351.9 295.0 08 14.6 2 79 362.3 393,5 317,7 1 0

12.9 22 5 317.0 356,4 287.8 10 15,8 279 357.1 398, 1 315.6 1 2

14.1 226 314.3 355.4 284,7 1 2

17,1 279 352.2 382,5 302, 8 14 14.9 2 2 6 312.7 3 51.7 2 81,2 14 18,6 279 349. 3 386,4 302,0

16 15.3 226 312.6 351 .8 282,6 16 19,7 279 349.6 394,5 301,0

18 13.9 226 314.7 352.1 289,2 18 18,8 279 355.4 399,7 308,4

20 12.5 226 316.7 350. 5 293,4 20 16,5 279 362.8 396,4 317.0

22 11.7 226 317.1 354.0 2 93,9 22 15,4 278 364,4 396.2 321'.2 0 0 13.5 248 316.8 3 54.6 2 74,4 09 00 17,0 240 347,0 381.1 308,2 0 2 13.4 247 318.2 355.1 282,8 02 16,4 240 346, 8 379.4 307,7

04 12.5 248 318.6 3 5 7.2 290,5 04 16,3 240 346,0 379, 5 312,5

06 12.7 248 319.3 3 55.3 290, 3 06 16,4 240 346, 2 382,2 309,4

08 14.4 248 318.2 360. 3 293.4 08 18,3 240 344.2 380, 2 307,-l 1 0

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12 17.1 248 313.6 361 .2 278.2 12 22,3 240 335.9 382.0 290,0

14 17.0 248 311.4 359.9 283.1 14 23.0 240 333. 3 379.7 282,5

16 17.0 248 310.3 363.0 283,3 16 24.0 240 333. 5 383.3 282,6

18 16.4 248 312.5 363.0 283,1 18 21.9 240 340.0 387,4 284,8

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08 17.4 240 324.9 366 . 8 289,8 08 18.9 248 331,4 374,7 297,9 1 0

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14 18.9 240 317.7 364 . 0 281,6 14 22.4 248 320,6 393,2 282,0

16 19.8 240 317.5 364. 1 283,1 16 22.3 248 321,6 375,3 286,7

18 19.4 240 320.7 368.0 286, 1 18 21.1 248 328. 1 377,6 292,3

20 17.6 240 324.6 369.0 2 8 9,9 20 19.3 248 331,9 377.8 295,7

22 1"6 . 3 240 325 .6 364 . 0 291,6 22 18.6 248 332,7 377,5 297,7

00 14.4" 247 344. 8 380, 8 306,4 1 1

00 13.2 240 318,2 356. 2 294,6

02 13.8 248 344 . 9 3 78,1 307,7 02 12.7 240 318,6 3 58,8 297 , 8 04 13.6 248 344 . 7 375,8 310,4 04 12.4 240 318,8 364,6 297 , 2 06 13.9 248 345.0 375,1 311,2 06 12.5 240 319,0 364 , 4 297 . 3 08 16.3 248 343.0 381,6 303,6 08 13.8 240 318,5 365,7 299 , 2 10 18.2 248 3 39.2 385,9 295,1 10 15.4 240 316,0 365,7 290.4

12 18.9 248 335.3 375 , 2 292.4 12 16.1 240 312.1 358,7 283. 1 14 19.3 248' 332 .6 372,1 291.4 14 16.1 240 310.3 355.7 286.2

16 19.3 248 333.1 380, 3 290,2 16 16.1 240 310.9 366,5 286.9

18 18.7 248 337.5 381,0 2')y-.2 18 15.4 240 314.0 364,6 290.5

20 16.6 248 343 .0 376, 1 300, 8 20 14.2 240 316.4 360 , 7 292 . 7 22 15.3 248 344 . 8 378,1 305,2 22 13,5 240 317.2 357,0 294. 1 00 13.6 240 362.1 386,5 319,7 12 00 11,0 248 316,1 362,5 297,6 0 2 13.5 240 361 .8 388,8 322,9 02 11,2 248 316,1 365 . 1 300, 0 04 13.7 239 361.1 390,2 318,5 04 10,9 247 3 16,3 363.0 301,5

06 13.9 240 361 .8 388,2 317.9 06 10,8 248 316,7 362. 1 302 , 5 08 14.8 240 358.0 386,8 314,6 08 11,0 248 3 16,7 361.0 302,9

10 15.5 239 353.1 384, 3 3 09,3 10 12,6 248 314,9 361.7 291,0

12 16.0 240 348 . 1 384, 1 30^,8 1 2 13,5 248 3 12,8 360.4 289.8

14 17.0 240 346.6 395,2 299,8 14 13.7 248 311,7 364,5 287.7 1 6

17.3 240 347.9 395, 5 294,9 16 13.5 248 312,2 364,1 289,4

18 16.1 240 352.6 385,6 299,5 18 12.6 248 313,9 361,7 293. 1 20 14.1 240 360.6 391,0 315,2 20 11.6 248 315,2 363,3 297,6

22 13.5 240 361 .9 390,6 319,3 22 11.2 248 315,8 360,1 296. 1

TYPE

24
STA

13967 01

13967 02

13967 03

13967 04

13967 05

13967 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN 0 0 9,5 217 301.8 338. 1 279,2 07 00 12.8 248 351.4 375.0 318.6

02 9,7 217 302.3 338. 3 2 8 3,3 02 11,9 248 351,6 374.4 318. 7 04 9 • 3 217 302 . 3 338. 7 2 8 3.4 04 11.2 248 352,2 377.7 316.7

06 8,8 217 302.5 335, 8 287,2 06 10.9 248 353,2 375.5 316.0

08 8,5 217 302 . 7 335. 5 284.5 08 12.2 248 351.3 375.6 300.6 1 0 9,2 217 301.0 342. 5 282,2 10 13.7 248 346.6 373.7 296. 1 1 2 1 0 • 1 217 298.0 340.0 2 77,0 12 15.1 248 342.3 378.2 292 . 7 1 4

11.0 217 295 .4 337.0 2 72,2 14 16.8 248 3 38,8 383.2 284 . 6 16 11.2 217 295.5 338.0 275,2 16 16.9 248 337,4 373.0 288.4

18 10.3 217 298.5 339. 1 279,5 18 16.7 248 338,9 372.7 290.2

20 10.1 217 300 . 6 338. 3 279,5 20 15.2 248 347,4 377.6 305.2

22 10.2 217 301 .6 338. 7 279,3 22 13.9 247 350,7 379.0 309. 1

00 9.4 197 301 .8 334. 5 2 73.0 08 00 15.4 248 345,9 382.7 304. 6 02 9.6 197 302 . 2 334.8 268. 1 02 15.0 248 346,4 378.7 300.8

OA 9,0 197 302.7 335.1 281.2 04 14.3 248 346,6 374.9 297. 5 06 8,4 197 302 .9 334.7 2 8 2,3 06 13.7 248 347,0 3 7 3.7 300 . 2 08 8.2 197 303 . 2 3 36.1 285,1 08 14.0 248 3 4 5,6 375.1 295.2 1 0

9,9 197 300.4 334.5 277,4 10 15.0 248 339,9 372.7 292 . 9 1 2

11.1 197 297.4 333.5 2 72.4 12 17.1 248 3 34,9 369.9 291 .8 14 11.7 197 294.5 33 2.6 2 73,1 14 17.9 248 3 29.6 370.3 280.4

16 12.4 197 293.8 331.0 268,3 16 18.5 248 328. 1 368.7 282. 1 18 11.2 197 297. 1 331.2 273,4 18 18.4 248 331.3 375.4 286.7

20 10.3 197 3 00.0 334. 7 277,8 20 16.9 248 341.7 379,8 298 . 1 2 2 9,8 197 301.1 338. 2 276,0 22 16.1 248 344.3 380.9 300 . 2

00 12.1 217 301.3 337.1 270,5 09 00 18.3 240 327.4 366.4 284,3

02 11.8 217 302.0 342.0 276.2 02 17.6 240 3 28.3 366.3 285,9

04 11.6 217 302.4 339.4 272.5 04 16,9 240 329.0 360.5 284.9

06 10.8 217 302.6 344. 3 274,6 06 16,9 240 329. 3 366.6 287,7

08 11.7 217 301.8 347.2 269,0 08 17,9 240 328.4 365. 1 286.7 1 0 13.3 217 298 . 5 348. 5 265,3 10 19,7 240 323. 8 365 . 5 279 . 2 1 2

14.4 217 295 .7 345.2 264,8 12 20.6 240 319.4 370.3 271,4

14 14.4 217 293 . 1 334.2 259, 1 14 20,8 240 315.1 360.5 265,9

16 15.0 217 291.8 333. 3 256,0 16 21,1 240 314.0 359.9 269.5

18 14.8 217 295.0 337. 5 258,5 18 21,5 240 317.8 362.8 270,6

20 13.5 217 299.3 339. 2 264 , 1 20 20.1 240 3 23.5 368.3 275,9

22 12.3 217 300.3 334.7 264, 5 22 19,2 240 325.9 366.9 280,9

00 16.3 210 310.3 346. 8 274.0 10 00 18,6 248 315.3 369.6 280,6

02 15.8 210 311.0 344. 7 279.8 02 18.2 248 315.5 367.3 279, 1 04 15.9 210 311.7 346. 7 279.7 04 17,9 248 316.1 368 . 5 281,3

06 15.8 210 312.1 350.4 279.9 06 17.6 248 316.4 367 . 4 282,7

08 17.1 210 310.7 352. 2 275.1 08 18.2 248 315.6 366.5 280,9 1 0

19,0 210 306.9 350.6 2 62.6 10 19.4 246 311.8 363.4 278,5 1 2

19.3 210 304 . 2 345 • 6 2 60.6 12 19.9 248 3 08.2 362.9 273 . 9 14 19.4 210 301 .9 346. 0 260.5 14 20.0 248 304. 7 365.8 272.4

16 19.6 210 302.1 346.4 258.4 16 20.4 248 304,8 360.4 270.0

18 18.6 210 303.9 343. 2 261.7 18 19.4 248 309,7 360.2 273,9

20 17.7 210 309.0 357,4 265.8 20 18,9 248 313.5 363.2 279, 0 22 17.3 210 310.7 348,4 270.6 22 18,7 248 314.5 366. 1 280,9

00 15.7 217 329.6 370. 7 281.7 1 1

00 11,4 2 40 302.5 343.6 279, 5 02 15.3 217 329 . 5 369,6 287,0 02 11,1 239 302,6 345.9 282.0

04 15.5 217 329 . 2 367. 1 270,8 04 11,1 240 303.1 347.0 283. 8 06 15.4 217 329.5 369. 1 273, 5 06 10,9 240 303.4 345.8 284. 1 08 16.2 217 328.2 367.5 289, 5 08 11,0 240 303,0 346 • 0 283.1 1 0

17.0 217 324.8 361.6 2 79,0 10 11,9 240 298,8 341.5 2 80.5

12 18.3 217 322 .4 364 . 2 275.5 12 12,2 240 2 95,1 3 35.4 274. 5 14 18.4 217 320.0 368 . 2 266.2 14 12.7 240 292.2 3 39.9 268.5

16 18.5 217 320.0 361.8 271.7 16 12.6 240 293.1 336.8 269.7

18 18.9 217 323.3 362.2 280.3 18 11,6 240 297.3 336.9 273.0

20 16.4 217 329.8 368.1 289.9 20 11,7 240 300,2 344 ,4 2 78.3

22 16.0 217 331.0 370.0 290. 6 22 11,2 240 301.5 340. 7 278.4

00 13.6 210 345 .4 373.4 296. 1 12 00 9.3 248 299.9 348.6 282.7

02 12.8 210 345.0 374. 0 3 02,7 02 9.3 248 300, 1 348.2 272 . 9 04 12.1 210 345.8 371.6 304,8 04 9.1 248 300. 5 347.9 277 . 0 06 12.6 210 346.5 371 . 1 300.1 06 8,6 248 300. 7 347.8 280 . 9 08 13.2 210 344 .6 374, 9 300.0 08 8.5 248 301.1 349.6 282.5

10 15.2 210 340 • 6 374, 7 291.7 10 9.9 248 298. 5 352.0 275.1 I 2 15.9 210 337.3 376.1 2 90.6 12 10.5 2 48 2 94.8 3 44 . 5 273.2 1 4

16.3 210 333.8 368.7 281.3 14 11,2 2ii.8 2 92.3 347,5 269.6

16 16.5 210 332.9 372. 7 287.5 16 11,0 248 292, 8 348.7 269 . 6 18 15.6 210 335.6 376,4 288.7 18 10.0 248 295.9 350.6 273.5

20 14. 1 209 343.0 374, 2 298.8 20 9,8 248 297.8 351.7 270,7

22 13.6 210 344.9 375,2 295.0 22 9,4 248 298.8 348.7 277,9

TYPE

25
STA

13983 03

13983 04

13983 05

13983 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 7.2 248 306.0 334, 1 289,3 07 00 16,4 279 353.0 388,5 299.9

02 7.0 248 306.5 338,3 288,6 02 15.4 279 352.6 385,2 306. 2 04 6.7 248 306.8 340, 5 289,6 04 14.9 279 352.6 381.4 306. 3 06 6.6 247 307.1 338,7 288.3 06 14.8 279 353.6 381.6 304. 8 08 6.7 248 307.3 338.0 292.3 08 16.5 279 351.8 381,9 299,8

10 7.5 248 305.7 338. 1 288.9 10 19,1 279 347,2 384.3 293,3

12 8.4 248 303.9 338. 9 285.8 12 20.0 279 343.4 378.3 290.2

14 9.1 248 302.3 343,0 282.7 14 21,8 277 341.3 379,9 283.4

16 8.7 248 303.0 342,3 283.2 16 22,6 279 341.7 383,4 283.1

18 7.9 248 304 , 3 342, 5 286,0 1 8 21.6 279 345. 8 381,8 285. 5 20 7.5 248 305,3 339, 5 287,3 20 18,9 279 352.2 394,0 295 . 2

22 7.3 248 305.7 337.5 288,7 22 17,3 279 352,8 387,8 303. 1 00 6.3 226 305.6 329.6 288.0 08 00 14,9 278 349, 1 380.2 307,9

02 6.1 226 306.2 326.5 291,2 02 14,0 279 348. 7 377,3 314,7

04 6.0 226 306.5 327. 1 289,2 04 13,1 279 347.8 376,4 317,9

06 5.8 226 306,8 327, 1 293,2 06 13,1 279 348.0 378.5 317,9

08 6.1 226 306.6 330. 1 290.8 08 14.4 279 348.7 384,4 317.1

10 7.3 226 304.8 330,5 286,6 10 17,1 279 344. 3 383,9 296,7

12 8.2 226 303.1 330.2 282,1 12 18,5 279 340.7 385,8 295.3

14 9,2 226 300,8 331,4 276,9 14 19,8 279 337.4 380,8 286.9

16 9.1 226 300,9 330, 3 282.2 16 20.1 279 337. 5 382,3 288.0 1 8

7.8 226 303 ,0 334,5 285,6 18 19,1 2 79 344.1 384.8 294. 2 20 7.0 226 304.2 335.8 289,0 20 16.8 279 348.2 382,1 302.9

22 6.5 226 305,0 332.1 288.6 22 15.6 279 349. 1 381,5 306.2

00 7.9 248 305,2 340.9 278.1 09 00 16.0 240 329.8 367,8 294.8

02 7.1 248 306,1 332.8 287,2 02 15.5 240 330.0 364,9 291.7

04 7.0 248 306,5 332.9 289,6 04 14,9 240 330.1 364,4 295.0

06 6.9 248 306.9 332. 2 286.5 06 14,7 240 330.6 365.9 295.0

08 7.7 248 306,0 332,8 290.2 08 15.5 240 330.6 364.3 297.1

10 8.5 247 303.7 336,4 284.5 10 17,9 240 326.9 363,9 288.8

12 9.1 248 301.5 338,2 283.0 12 19.6 240 322,7 361,9 274.0

14 10.4 248 299.7 345,6 279.1 14 20.5 240 319.5 363.7 262. 1 16 10.6 248 299.1 333,7 265,5 16 21.2 240 320.3 364,8 266.9

18 9.8 248 301 ,2 334,1 268,8 18 19,2 240 326.7 369,0 279 , 2 20 8.2 248 303,3 335, 5 276,9 20 17.8 240 328.8 369,6 287,3

22 8.1 248 304,6 338,9 272.9 22 16,7 240 329.0 370,9 289,6

00 12.3 240 310,0 343, 0 285, 1 10 00 16.4 248 317.2 366.0 284,3

02 11.5 240 311,4 342.9 288,5 02 15.8 248 318.2 365.8 288,0

04 11.0 240 311,7 345,0 291,2 04 15.4 248 318.9 364.2 287,2

06 11.4 240 312.6 342, 5 291.7 06 14,8 248 319.2 365.2 288,3

08 13.1 240 310,5 345,9 288,5 08 16.0 248 318.4 363,5 285.7

10 14.7 239 307,1 349,5 277,8 10 18.0 248 3 15.2 364,7 276. 5 12 15.8 240 305.1 351.8 274,5 12 19.4 248 311.8 364,6 274,3

14 15.4 240 302.5 352.4 271,7 14 20.1 248 308.9 374, 1 271,2

16 15.7 240 302.3 353,2 274,5 16 19.7 248 309.3 370.8 273.6

18 14.7 240 304.3 351,3 278,4 18 17.9 248 313.6 368, 1 276.9

20 13.4 240 307.8 348.0 278,8 20 17,0 248 315.2 367.2 278. 1 22 12.7 240 309.7 345, 1 283,3 22 16,3 248 316.3 364,0 282.2

00 14.4 248 326, 1 361 . 1 298.4 11 00 9.0 240 306.3 335,8 283,1

02 13.9 246 326,7 364,0 301.8 02 8.8 240 307.2 337,8 285,4

04 13.6 248 327,1 364. 1 300,8 04 8,6 240 307. 5 339.4 285,4

06 14.0 248 327,6 365,7 300,9 06 8.4 240 307.8 337.9 287,6

08 15.3 248 326.1 370. 3 293,4 08 9.0 240 307. 5 338,3 286, 1 10 17.1 248 323.2 368,6 288,3 10 9.7 240 304.6 338.5 281,7

12 18.1 248 320.6 365,6 283,6 12 10.1 240 301.5 339.0 276,7

14 18.2 248 318.4 360,3 280,7 14 10,7 240 299.2 342,6 271.0

16 18.5 248 318.6 367,2 280.8 16 10.6 240 300.2 342,1 270. 2 18 18.1 248 321.0 366 , 8 285,6 18 9.8 240 3 02.8 343,7 276,2

20 16.2 248 325,0 368,6 293,2 20 9.3 240 304,5 343,2 280,9

22 15.0 248 325,9 363,6 299.6 22 9.2 240 305.3 338,7 281.9

00 14.7 240 345,7 379,8 307,2 12 00 6.3 248 305.5 344.6 289,6

02 13.7 240 345.2 381,8 311,5 02 6.3 248 306. 1 343.6 293.0

04 13.6 240 345.0 378.7 312.1 04 6.4 248 306.5 343.5 293.0

06 13.8 240 345,5 378.6 310,8 06 6.6 248 306. 7 345,1 294,9

08 14.5 240 345,0 376, 9 303.7 08 6.8 248 306. 5 343.4 282.6

10 16.2 240 341.9 371,9 302,8 10 7.5 248 304,8 344.0 291.6

12 17.4 240 339.8 377.7 2 93-. 2 12 8.0 248 302. 6 341.2 285,3

14 18,1 240 337.3 381,3 293,2 14 8.6 248 300.9 341.3 277.9

16 18.0 240 337,0 376, 3 288,3 16 8.5 248 302. 1 346.7 274.0

18 17.8 240 340,5 378.4 297,7 18 7.4 248 303.4 342. 1 274.7

20 15.9 240 345,9 384, 2 306,3 20 7,1 248 304. 3 342,9 278.6

22 14,9 240 346,5 383,2 308,4 22 6,8 248 305.1 343,8 285. 5

TYPE

26
STA

13985 02

13985 03

13985 04

13985 05

13985 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 5.7 247 284.3 317.0 263.0 07 00 15.6 248 323,6 354.8 276,4

02 5.0 248 284.7 301.9 266.2 02 14.6 248 324,3 349. 1 276,3

OU 4.6 248 285.0 298. 3 267. 1 04 14.1 248 324,8 350.4 275,4

06 4.3 247 285.0 298, 5 264.6 06 13.6 248 325,7 351.5 279,2

08 4.3 248 285.2 297,2 267,2 08 13.3 248 324,0 354,2 277,3

10 6.2 248 283.2 310, 1 254,4 10 15.0 248 319.3 350,5 273,2

12 8.0 244 279.9 313,1 247,4 12 16.0 248 314.6 347,0 272, 1 lA 9.0 248 277.8 306, 5 245,3 14 17.4 247 310.3 345,3 265,6

16 8.9 248 277.8 303, 9 247,4 16 1 r • o 9 /•

Q aH 0 3 08.7 "3A 7 7 2 67,3

18 7.5 247 280.8 313,9 253,4 18 17.7 248 309, 7 346,9 265.1

20 6.7 248 282.7 317.4 260,8 20 17.4 248 317,7 351,4 269.3

22 5.9 248 283.8 315.8 261,7 22 16.5 247 322,6 357,1 275.5

00 6.6 220 285.4 312.2 264,6 08 00 14.9 248 321,3 353,0 287.3

02 6.4 225 285.7 314.5 266.9 02 13.3 248 322, 5 356,6 290. 1 04 5.9 226 285.9 313,6 270.7 04 12.6 248 323,6 356,9 286.9

06 5,2 226 286.1 311,8 273.5 06 12.4 248 323,8 359.3 287.9

08 5.2 226 286.0 304, 3 274.3 08 1-2.7 248 323.4 359,3 288,7

10 7.1 225 283.6 307,5 265.9 10 14.2 248 318.1 356,8 277,5

12 8.7 226 280.6 304,2 259,7 12 15.4 248 313.2 351,3 273.7

14 10.1 226 278.2 304, 1 252.6 14 16.9 248 309.4 360, 1 263,0 1 c L D 1 U • O

"5 ^ A A £ O 9 7 7 "3

AQA 9 AQ "3

AV • J lo 17 7 A *f

O

A 7 9 A "3

A ^ O 9 • U 18 9.4 225 280.4 313,2 251.7 18 18.2 248 309.4 355,6 263.9

20 7.9 225 283.0 313,7 260.4 20 17.1 248 316.3 352.7 268.4

22 6.8 226 284.5 316, 1 263.0 22 15.8 248 319.6 352.7 280,7

00 9.5 248 283.1 310,5 251.9 09 00 17.1 240 303.4 338.3 258.0

02 8.3 248 283.8 305,2 260,0 02 16.6 240 304, 5 339.9 263. 1 04 8.0 248 284.0 304,8 256,8 04 15.7 240 305,0 338.6 269.0

06 7.5 247 284.4 304,6 255.7 06 15.4 240 305.6 336,9 273.5

08 8.0 248 283.6 304,7 257.1 08 16,1 240 305.2 339,8 267.0

10 10.4 248 279.9 307,2 251.8 10 17,3 240 300.4 342,7 256.0

12 11.9 248 276.2 308.8 243.9 12 17,9 240 296,2 343,1 248.8

14 12.7 248 273.2 305. 2 239,4 14 18,0 240 292.7 340,9 248.2 1 O i 5 • H- 9 A. 7 979 R "5 A A fl 9 U 7 1 1 A1 O 1 Q A 2^0 ii> o 1 n V i , U 245 , 6 18 12.8 247 275. 1 305,2 242,0 18 18,1 240 294.0 337.2 247,4

20 11.2 248 279.7 305,0 243,6 20 17.9 240 299. 1 350.2 250,9

22 10.4 248 282.1 307,7 248, 3 22 17.3 240 301.3 338.9 250,0

00 12.6 240 288.3 321,6 252.1 10 00 14.6 248 293.1 340.2 263,9

02 11.8 240 289.6 321,7 254,3 02 14.5 248 293.9 340.8 265,0

04 11.0 239 289.9 320,7 257,2 04 14.0 248 294.4 343.5 270,0

06 11.1 240 290.3 320, 3 258,9 06 13.7 248 294.5 340,0 269,6

08 12.3 240 288,8 320,2 258, 1 08 14.1 248 293.3 341,9 270,2

10 13.9 240 284.4 318,3 244.3 10 15.2 248 289,4 336, 1 254, 1 12 14.5 240 280,7 322,8 239.0 12 16.1 248 285.5 340.5 247,9

14 15.3 239 277,5 324,3 240.5 14 16,4 248 282.3 335,6 249,4 1 o 11 R • AO 9 Zi A 9 7 A 7 9 c, 7 9 A 1 A 1 A 1 Q 9 i tJ • A 1 2 8 3 • 4 a "5 "3 1 2 46 • 4 18 15.2 240 278.4 322,0 243.3 18 15,5 244 286. 5 334.5 257,8

20 13.8 240 284.2 318, 1 250.7 20 15,1 248 289.7 338.6 263,3

22 12.8 240 287.3 320,6 251.2 22 14,4 248 291.6 339.7 261,0

00 14.3 248 304.3 342, 1 259.3 11 00 7.7 239 285.3 316.7 264,2

02 13. 1 248 304,4 337.9 261,9 02 7,5 240 285,7 312.7 264.9

04 11.2 248 304.9 338.8 263.6 04 6,8 240 285.9 310.2 268.6

06 12.9 248 304.9 337.2 267,3 06 6.7 239 286. 1 309.7 271.9

08 14.4 248 303.3 339.8 263.2 08 7.0 239 286.2 312.4 265.9

10 16.0 248 299.6 340. 3 252.8 10 8,1 240 283.4 319.1 261.6

12 17.4 248 296,5 340.2 248.2 12 9,3 240 280.0 320.4 256.9

14 18.4 248 293.7 342,8 247.5 14 9.9 240 278, 1 317,9 252.5 1 o 1 Q 1 1 V • 1 9 Zi Q 9 Q "3 1 A V J • i J J • o 9 A "3 A H9 • Jj 1 Aio Q7.17 2^0 9 7 Q A "3 17 9 2 57.2

18 18.6 248 295.9 333,6 241.6 18 8.9 240 282, 3 317.2 258.7

20 15.9 248 302.4 344, 1 245.2 20 8.1 240 283.9 313.0 265,2

22 14.3 247 304.4 340, 7 259.6 22 7.8 239 284.9 310.9 264,6

00 14.9 240 314.0 351.6 275,1 12 00 5.5 248 284, 1 306.7 265,3

02 13.5 240 315.5 350, 3 277.2 02 5.5 248 284. 6 305.8 260,9

04 13.1 240 316.1 346,6 261.8 04 5.2 248 284.8 307.0 267,6

06 12.3 239 316.8 345, 9 268, 1 06 4.9 248 284.9 307.4 267,8

08 13.3 240 314.0 343,7 278,1 08 4.8 248 285.1 305.5 267,4

10 15.2 240 309.1 342, 5 265, 1 10 5.9 248 282.9 306.6 264,7

12 16.8 240 303.0 334,6 258,0 12 7.1 248 280.0 304.7 257,6

14 18.7 240 299.7 342. 1 253,5 14 7.9 248 278.3 302.6 252,0

16 19.2 240 298.4 342.9 256,2 16 7.8 248 278. 5 302.8 257.4

18 19.0 240 301 .2 345.0 253,1 18 6.5 248 281.2 305.5 262.9

20 18.0 240 308.0 351.6 254.0 20 5,9 248 282.7 306.5 265. 7 22 16.9 240 311.9 346. 5 270,6 22 5,5 248 283.5 307.8 266.4

TYPE

27
STA

1^607 01

14607 02

14607 03

14607 04

14607 05

14607 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.9 248 307.0 329.0 296.5 07 00 11,6 279 333.3 369.4 307,5

02 5.1 248 307.2 329.5 295.7 02 11,0 279 332.7 367.2 309,8

04 5,3 247 307.4 330.6 293.3 04 10,8 279 332.4 364.6 310,7

06 5.6 247 307,6 334.0 293.8 06 11,3 279 333.9 372.4 307,0

08 5,3 248 307.6 332. 8 295.4 08 13.3 279 333.0 373.3 302, 1 10 4.6 248 306.4 326.5 295.1 10 15.2 279 329.7 364,6 299, 3 12 4.0 248 305.1 321.0 296.4 12 16.1 279 326.9 365,9 297.4

14 4,1 248 304.8 319.5 294.7 14 16.5 279 325.3 368,7 297.2 1 6

4,1 248 305.5 319.4 289, 8 1 6

16.4 2 79 3 26,8

J f i 9 D

70/1 £, 18 4.5 248 306.3 321 .7 293.3 18 15.0 279 330,6 374,1 296.7

20 4.6 248 306.7 324.9 295.1 20 13.1 279 332,3 371,6 305,7

22 4,8 248 307.0 326.2 296,0 22 12.1 279 332,6 367.5 308,2

00 5,0 225 306.3 324.0 292,4 08 00 10.6 279 331.0 365,7 306.6

02 5,2 226 306.7 325. 7 290.8 02 10.3 279 330.6 363.8 307.9

04 5,4 226 306.9 327. 1 289.3 04 10.4 279 330.2 363,7 307.5

06 5,4 224 307.1 327.4 291.7 06 10.6 278 332. 1 367,7 303.8

08 5,5 225 306.6 326. 9 293,2 08 12.2 279 331.4 370,0 305.5

10 4,8 226 304.7 321.5 292,8 10 14.0 279 327.5 369,1 299. 1 12 4.7 225 303.4 317.9 292,7 12 14.8 279 324.8 368.9 295.3

14 4.6 226 303.0 316,0 291,8 14 15.4 278 323.3 374,0 291 .2 1 6

4.3 2 2 6 303 . 5 315.1 2 91,7 1 6

15.6 2 78 3 2 4 • 6 36 7,7

18 4.4 226 304.8 317,4 293,6 18 13.5 279 329.2 368.2 301.3

20 4,4 226 305.4 319,5 293.6 2b 12.1 279 331.5 366.3 308. 3 22 4.7 225 305.9 321.3 292,8 22 11.1 277 331.5 364.9 309.0

00 4.0 248 304.0 316.3 294,9 09 00 10.1 240 322.7 359,6 303.5

02 4.1 248 304.5 316.5 295.3 02 10.0 239 322.6 357,3 302.7

04 4,1 248 304.9 317.9 294.5 04 9,9 240 322.3 357,1 301.9

06 4,2 248 305.1 318.5 294.5 06 9.9 240 322.7 355,0 302.7

08 4,4 248 303.9 317.5 294.8 08 11.5 240 322.1 357,8 297.5

10 4,6 248 302.0 316. 1 288.7 10 12.8 240 3 19.2 360,1 296.2

12 5.0 248 301 .0 317,0 287.6 12 13,7 240 316.8 362.2 292,8

14 5,2 248 300.5 318.9 287,0 14 14,2 240 315.5 360.0 288.2 1 6 2 4 8 3 00.8 317,1 2 8 8,3 1 6

14.1 2 40 316.9 3 5 7.8 £l07 7 9.Q ft m 0 18 4,6 248 302.3 316,6 293.0 18 12.3 240 321.0 358.0 294.9

20 4.2 248 303.3 316.9 294.4 20 10.8 240 322.3 353.7 300.7

22 4.0 248 303.6 314,8 295. 1 22 10.2 240 322.3 354. 1 302.8

00 5.0 240 306.4 327. 8 294.3 10 00 8.3 248 313.4 343, 1 297.9

02 4,6 240 306.6 326. 2 293.7 02 8.1 247 313.4 344,2 299.7

04 4,4 240 306.7 322.8 297.1 04 8.0 2 48 313.4 346,9 297.5

06 4.8 240 306.6 323.5 293.6 06 8.1 248 313,6 347,8 298.0

08 5,8 240 305.3 324.6 292.9 08 8.9 248 313,0 347,4 298,1

10 6.9 239 303.0 323,2 283.5 10 9.9 248 310.8 349.7 293, 1 12 7,8 239 301 .7 324,4 283,6 12 10.7 248 309.6 344.8 291.6

14 8,3 240 300.6 324. 3 281,3 14 11.2 248 308.8 341.5 290.3 1 6

8,1 240 301.1 326.0 2 8 0.1 16 10.5 248 310.7 3 46 , 8 294.1

18 7,0 240 303.9 337. 1 284.5 18 9.0 248 312.3 339,3 296. 1 20 6,0 240 305.2 332.1 290.6 20 8.7 248 313.0 341,8 297.2

22 5*4 240 306.0 330.8 290,8 22 8.2 248 313.0 342,4 297.5

00 8,8 248 311.7 342.8 293,7 11 00 6.7 240 308.7 339,8 294.5

02 8,7 248 311.8 343.8 293.2 02 6.5 240 308.7 337,3 296. 1 04 8,5 248 312.1 347. 1 294.5 04 6.6 240 308.7 336,2 295.8

06 9,0 248 311.9 349.4 291.4 06 6.7 240 308.7 342.9 293.6

08 10,5 248 310.0 352.9 290.9 08 7.1 240 308.4 343.0 293.2

10 11,7 248 306.9 346,4 285.8 10 7.5 240 307.2 339.9 292.7

12 12.9 248 305.3 350,6 280.9 12 7.9 240 306.4 337.6 289.7

14 14.1 248 304.3 355,5 278.4 14 7.9 240 306.3 336.5 291.0 1 6

13.9 247 304.7 3 56,0 2 8 0.2 1 6

7.3 240 3 07.7 3 39.6 295.1

18 12.5 242 307.4 354,0 283.5 18 7.3 238 308.4 340.0 294.4

20 11,0 248 310.4 352,4 292.0 20 7.0 240 308.6 341.5 296.5

22 9.7 248 311.4 345,0 286.4 22 6.5 240 308.4 335,3 295.9

00 11,6 240 325.2 362.0 302.7 12 00 4.8 248 306.8 327.6 293.7

02 10,9 240 325.0 358.8 304.8 02 4.9 248 307.2 332.2 293.0

04 10,6 240 324.5 358.9 306.3 04 4.8 248 307.2 332,2 293.8

06 11.2 240 325.1 361. 2 299.7 06 4.6 248 307.3 323,7 297. -2 08 12,8 240 324. 5 368.7 297.1 08 4.4 247 307.0 323,3 297.4

10 14,4 240 321.6 366.4 286.1 10 4.5 248 305.6 322.2 296.3

12 14.9 240 319.9 369. 5 285.5 12 4.7 248 304,6 323.5 295.4

14 16.0 240 319.0 364. 1 285.7 14 4.7 248 304, 5 326.8 294.6

16 15.8 240 319.6 369.8 284.8 16 4.6 248 305,5 329,2 295.3

18 14.4 239 322.6 362, 5 288.8 18 4,5 248 306. 1 328,2 294.9

20 13.3 240 325.1 370.9 297.2 20 4.7 247 306.4 329,5 295.0

22 12.1 240 325.7 366,0 297.6 22 4.6 248 306.7 327,4 296.7

TYPE

28
STA MO HR

1^733 01

14733 02

14733 03

14733 04

14733 05

14733 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4< 8 248 306.8 331.2 2 92.6 0 7 00 13.9 2 79 340.7 3 7 8 • 1 312,8

02 4.8 248 306.9 331.0 295.2 02 13.3 2 79 340. 0 3 79 « 6 312,2

04 5,2 248 307.1 332.3 2 96.3 04 12.9 2 79 340,0

a "7A 1 315,3

06 5.2 247 307.0 33 2.4 295.0 06 12.9 2 79 340,6 3 74 • 5 315,2

08 5.2 248 307 . 1

331.4 295.4 08 14.6 2 79 3 38,8 3 74 • 7 305.8

10 5.5 248 306.3 329.6 295.1 10 16,7 2 79 3 34,5 3 7 1 » 6 299 . 6 12 6.0 248 305 .4 328.6 292 , 1 1 2

17,9 2 5 7 3 30,7 3 76 • 7 298,4

14 6.1 248 305,2 328, 7 292,5 14 18,2 278 3 30,0 3 76 • 4 283,8

16 5.9 248 305,6 329,4 292.8 16 18,1 279 329,7 374.8 287,0

18 5.0 248 306.4 327, 3 292.8 18 17,5 279 333,6 375.3 289,7

20 4.9 247 306.6 332,1 290.6 20 16,1 2 79 3 39,3 3 76.4 3 08,2

22 5.1 248 306.7 333.3 2 90.1 22 14,9 2 79 3 40,9 "3 7 7 /i 312.4

00 4.3 2 2 6 306 . 3 319.6 292 . 5 0 8 00 14.0 "a "a

Q 9 D py » c -3 ftO 9 7 ^ . f a 1 9 "7 02 4.2 226 306 . 4 322.5 295 . 1 02 12.9 279 3 38,9 Q 7 n 1 04 4.3 226 306.4 328.6 2 94.9 04 12.9 2 79 3 38,3 a 7 R a 316.5

06 4.1 226 306 .6 319.8 2 94.8 06 13.0 2 79 3 38.6 3 76.9 316.1

08 4.3 226 306.4 320. 0 295.4 08 13.7 2 79 3 39.1 374.6 309 . 0 1 0

4.8 226 30 5 . 3 319.5 2 8 9.8 10 16.3 279 3 34, 1 369.0 3 00,2 1 2 5.2 226 303.8 3 2 0.6 2 8 9.3 1 2

17.1 279 3 3 0,5 367.4 296 • 8 14 5.4 226 303 .6 321.7 2 8 8.6 14 17,5 2 79 3 2 8,1 3 76.6 288 , 9 16 5.4 226 304.2 322.7 287.6 16 17.9 279 329, 3 371.6 290.7

18 5.1 226 305.6 325.8 290.8 18 17.4 279 333,8 373.1 289. 1 20 4.6 226 306,1 320.9 292.2 20 15.5 279 3 39,3 3 74 • 3 3 04.8

22 4.4 226 3 06.2 322.7 2 91.3 22 14.8 2 79 340,3 3 8^.6 306 . 2

00 5.0 248 305.8 ^33 2 . 1 2 96.2 09 00 12.1 227 3 2 7,9 362.0 297 . 0 02 4.9 248 305.7 333.0 296 . 9 02 11.8 230 3 27, 8 360.6 303.0

04 4,8 248 306.0 327.9 294. 1 04 11.9 227 3 2 7,9 360.2 304 . 7 06 4.9 248 306.4 330.5 295 .6 06 12.0 228 3 2 7.8 364 • 2 306 . 8 0 8 5.3 248 305.9 336.6 2 95.9 08 12.9 227 328.2 368 . 2 303.4 1 0 5.8 248 304.4 335.3 292.1 10 14.4 225 3 24.8 364 .0 297.2 1 2

6.2 248 303.5 328.5 289. 3 1 2

14. 5 2 26 3 21.4 365.7 297.6

14 6.5 248 303 .4 330.2 2 8 7.6 14 14.1 236 3 20. 5 368.4 293 . 4 16 6.7 247 303.3 334. 7 287.5 16 14.4 234 321.1 361.7 290.0

18 5.6 248 305.0 332. 8 293. 1 18 13.5 227 325.3 363.4 295.6 2 0 5.0 248 305.8 326.5 2 9 2.5 20 12.8 2 3 3 3 2 8,0 364 . 0 303 • 5 2 2 5.1 24 8 30 5.8 2 91.4 "5 O c. C L ^ • D 2 40 "a 9 Q 1 "3 A A R 3 00.7 A A U U

~l "a 240 310.0 ^ a 0 a 1 AAA i 1 . -J

a-510.1 1 ft 1 a ^ /i

n 909 c, 0 2 6.9 240 309 . 9 339.7 2 96.7 02 Q /• "7 Z 4 f 317.9 a s% 7 909 "7 0 4 6.9 240 310.0 33 3.9 2 95.4 A /• U4 1 A Q O /. ft a 1

"7

QQ C,A 1 9 Q 0 /i <1 0 7 . 4 0 6 7.0 240 310.1 335 . 0 2 9 5.4 06 11.0 248 318.3 a c; CL 3 -) 5 . 3 293.9 0 8 8.4 240 3 0 8.9 33 5.3 2 8 8.5 08 12.0 248 318,8 3 57.0 288.7 1 0 9.9 240 306 . 6 336.8 2 8 7.8 10 13.0 247 315,7 3 55.5 281 m 2 1 2 10.4 240 305.6 3 3 7.3 2 8 4.2 12 13.9 248 312,6 3 60.3 289.3

14 10.7 2 40 305.0 335.8 283.9 14 14. 0 248 311,7 360 • 7 280. 5 16 11.0 240 305.2 333.7 280.9 16 13.4 248 313.3 361.7 287.6

18 9.8 240 307.7 337.4 285.4 18 12.9 248 317,9 361.9 291.2 2 0 8.9 240 309 . 5 339.5 2 8 7.8 20 12.4 248 318,2 3 5 5.1 287.7 2 2 8.3 240 309.9 339.3 2 8 6.1 11 Q 1 1 . o 248 318,1 a C 1 292 . 6

00 11.9 248 317.8 3 51.3 294. 9 1 1

00 7.4 2 39 3 09.0 341.4 293.1 0 2 11.0 2 48 318.5 3 51.0 2 96.9 02 7.3 240 3 09.1 3 36.3 293.6

04 10.6 2 48 318.3 3 51.4 2 96 . 2 04 7.5 240 309. 3 3 37.1 288 . 5 0 6 11.2 2 48 318.6 3 5 3.0 2 9 7.6 06 7.7 240 3 09.8 340.9 293 . 4 0 8 12.7 248 316.0 3 5 0.6 2 90.5 08 7.7 240 309. 6 3 36.6 290.1

,1 0 14. 1 248 313.0 351.6 2 8 7.4 10 7.6 240 308 , 1 3 32.7 290.2 1 2 14.7 248 311.2 349.9 2 8 3.8 1 2

7.8 240 3 06.6 3 32.6 290.5 1 4

14.5 2 48 310.9 3 51.9 2 8 3.1 14 8.1 240 3 06.3 3 34.8 288.2

16 14.0 248 311.1 348.8 281 .2 16 7.8 240 307.7 335.4 287.5

18 13.3 248 313.8 348,2 285.9 18 7.1 240 308. 5 331.4 287.6

20 12.1 248 317.0 3 51,6 290.4 20 7.3 240 308.7 3 31.3 288.1 2 2 11.7 248 317.9 3 5 2,0 294.5 2 2 7.2 240 3 06 . 6 3 30.9 291.4 0 0 13.6 240 33 3.2 364,8 2 9 3.6 i ^ 00 4.8 248 3 0 5.9 a 7 R Q 292 . 7 0 2 12.7 2 40 332 . 5 364, 6 304. 9 02 4.4 248 306. 1 3 2 3.7 293.9 A A TO Q 1. d. •y 2 3 9 33 2.3 365,5 3 05.9 04 4.5 ^40 3 06.0 a 9 R /i 295 . 0 0 6 12.8 2 40 332.4 36 3.5 304.4 06 4.9 248 3 06.3 3 33.6 294.9 0 8 14.0 240 330.0 364. 5 2 98.7 08 5.0 248 306.5 3 2 7.5 293.5

10 14.5 240 326.9 361.9 296 . 8 10 5.3 247 306. 1 328.5 290.6 1 2 15.9 240 325 .0 358,4 284. 1 12 5.7 248 305.0 329.6 288 . 9 14 16.9 240 323,9 3 7 3,4 276.8 14 5,9 248 304.9 3 31.6 291.9 1 6

17.2 240 324,1 368,5 2 8 0.2 16 5.7 248 3 0 5.5 3 2 8.3 291 . 8 18 16.1 240 327,0 372, 1 291.2 18 5.5 248 306.3 326.0 295. 5 20 14.6 240 331,7 369.4 298.8 20 5.0 248 306.2 322.5 295. 5 22 14.0 240 333.3 367.8 299.1 22 4.8 2 48 305.8 321.3 293.8

TYPE

TABLE 1-2

29
STA MO HR

14735 01 00

0204

06

08

10

1214

16

1820

22 14735 02 000204

06

08

10

1214

16

1820

22 14735 03 00

0204

06

08

10

1214

16

1820

22 14735 04 00

0204

06

08

10

1214

16

1820

22 14735 05 00

0204

06

08

10

1214

16

1820

22 14735 06 00

0204

06

08

10

1214

16

1820

22 S D

J MEAN MAX

5.0 248 313.4 334. 8 4.9 248 313.7 335.6

5.0 248 313.9 333.6

4.8 248 314.2 334.4

5.0 248 314.3 334.4

5.3 248 312.9 335.6

5.9 248 311.4 335.2

5.8 248 310.5 335.6

5.5 248 311.2 333.4

5.1 248 312.6 332.9

5.1 248 313.1 334. 1 5.1 248 313.4 334. 5

4.8 226 313.1 327.5

5.0 226 313.6 329.0

5.1 226 313.9 330.8

5.1 226 314.3 331.4

5.0 226 313.8 330.3

5.2 226 311.9 334.4

5.7 226 310.3 336. 3 5.7 226 309. 3 33 2. 3 5.7 226 309.8 328.2

5.1 226 311.6 328. 2 4.9 226 312.4 330.5

4.8 226 312.8 331.9

5.9 217 312.5 332.8

5.9 217 312.9 330.8

6.0 217 313.2 335.9

6.1 217 313.5 340.7

6.7 217 312.2 340.9

7.4 217 310.0 338.7

7.8 217 308.5 343. 2 8.0 217 307.6 340.8

7.8 217 308.2 341.2

6.6 217 310.0 340.6

6.1 217 311.3 342.4

6.2 217 312.1 344.0

8.0 210 317.2 346. 1 8.0 210 317.3 347.7

7.3 210 317.3 346.9

6.9 210 317.2 343. 8 8.1 210 314.1 338. 1 9.4 210 311.1 336.7

10.3 210 309.0 337.4

11.0 210 307.3 338.5

11.2 210 307.7 341.3

10.7 210 310.9 345.9

9.0 210 314.9 348.5

8.5 210 316.7 347.8

12.9 217 325.4 358.3

12.3 217 325.8 359. 1 11.8 217 326.2 359.0

12.3 217 326.3 357.8

13.9 217 323 .0 360.8

15.0 217 319.8 362. 1 16.8 217 317.6 361.0

17.9 217 316.1 361.3

17.6 217 316.4 363.3

17.9 217 319.4 363. 5 15.8 217 324.7 361.7

14.0 217 326.1 358.9

14.0 210 339.0 376. 1 13.3 210 338.9 373.8

12.8 210 339.0 371.6

13.2 210 339.2 372.7

14.4 210 336.7 371.2

15.5 210 333.3 364. 3 17.3 210 330.7 381.2

17.9 210 328.2 376.4

18.0 210 329.1 379. 5 17.6 210 332.3 375.4

16.2 210 338.2 379. 1 15.4 210 339.6 377.5

MIN MO HR S D

300.4 07 00 13. 8 302.5 02 13. 3 296.4 04 13. 2 303.7 06 12, 7 299. 5 08 14, 1 299.8 10 15, u 289.2 12 17. 7 296. 3 14 18. 1 297.9 16 18. 5 300.5 18 18, 5 300.6 20 15 , 1 299.1 2 2 14, 7 300.4 08 00 13. 3 295.9 02 13, 3 297.9 04 13, 4 300.0 06 13, 2 299.3 08 14, 3 300.7 10 15. 7 296. 3 12 17. 298.0 14 18. 7 296.9 16 19. 0 299,1 18 18. 2 299.7 20 14, 6 301,6 22 14, 2 299,4 09 00 12, 3 298,4 02 12, 2 298,1 04 11, 8 300,8 06 11, 9 300.9 08 13, 6 295.4 10 15 , 4 290.0 12 16, 1 286.4 14 16 , 4 290.7 16 15, 9 294.9 18 13. 6 297.3 20 12. 8 299.7 22 12. 4 301.0 10 00 11. 5 299.4 02 1 1 , 0 298.7 04 10 , 5 302 .0 06 10. 6 297. 1 08 11, 5 292.0 10 13, 1 287.6 1 2 13. 9 279.5 14 14. 3 282.5 16 14. 3 285.1 18 12. 7 288.6 20 12. 4 295.1 22 1 1 . 5

294. 1 11 00 8, 4 298.6 02 8, 1 301.4 04 7. 9 300.8 06 7, 4 293.6 08 8, 1 290.6 10 8. 9 286,2 12 9, 1 282 , 5 14 9. 8 284,8 16 8, 7 284.2 18 8, 3 294.7 20 8. 0 293,0 22 8, 5 3 07,3 12 00 6 , 4 313,2 02 6 , 3 315,7 04 5 , 9 312,4 06 5 . 8 302,3 08 5 . 4 302,5 10 6 , 1 295.5 12 6 . 4 287.6 14 6 , 9 287.9 16 6 , 2 293.5 18 6. 1 295.8 20 6. 2 298.9 22 8. 0 J MEAN MAX MIN TYPE

247 349. 6 386.0 313.3

248 349, 1 387.4 317,8

248 348,2 385.7 318,5

248 349, 9 380.5 319.4

248 345,9 379.7 313.3

248 341,5 380.1 309.7

248 337,9 384.0 304 • 6 248 334,9 380.7 303.4

248 3 35,9 379.4 3 00.3

248 341,4 382.1 303.0

248 348,5 382.2 3 08.4

248 349,2 382.5 314.4

248 347,6 379.9 320.9

247 347,4 380.3 322 . 1 246 347.0 380.4 321.1

248 348 , 4 381.3 315.6

248 347, 1 382.4 311.6

248 343, 1 383.9 305.4

248 337,7 383.2 3 00 . 8 248 3 34,8 387.9 297,4

248 3 36,0 377.0 296 , 3 248 342,9 384.5 309. 1 248 347,5 381.6 313.8

247 347, 7 393.7 318.7

240 337,1 372.1 312.0

240 336,2 369.8 310,3

240 335,7 367.0 307,0

240 336. 1 371.1 310,3

240 336. 2 375.8 305,6

240 332.4 375.6 302,6

240 329.1 375.9 298,4

240 327. 1 373.0 296,4

240 328. 5 374.7 294.5

240 335,4 370.8 304.3

240 337.0 370.1 308.2

740 336.8 368.7 309. 1

248 326.4 ,370,5 306.3

248 326. 1 370.9 304.9

248 326,0 370.3 306.2

248 326,2 372.1 306.1

248 326.1 368.3 303.7

248 323.1 369.5 302.1

248 320,0 366.4 294.0

248 317,7 363.9 291.4

248 319,4 362.8 293.2

248 324, 1 367.4 300. 1 248 325,4 370.4 301.2

248 325,5 363.5 302. 5

240 317.1 353.6 302.0

240 317,4 353.2 303.4

240 317.3 355.9 299.3

240 317,6 353.1 302.4

240 317,5 356.5 295.5

240 315.5 351.2 297.1

240 313.5 351.8 297,0

240 312.3 356.7 294, 5 240 313.9 347.5 294.2

240 3 15,9 349.7 301.6

240 316.3 349.8 300,3

240 317.0 352.5 302,4

248 314.3 338.6 299,4

248 314.5 340. 1 297.2

248 314.5 337.6 302.2

248 314.6 334.6 302,0

248 314. 3 337.5 302, 7 248 312,6 338.7 300, 1 248 311,0 343. 1 297.4

248 310,3 341.6 293. 1 248 311.7 337.7 295,4

248 313.2 339.6 298.9

248 313.8 340.2 300.0

248 314,6 392.6 300.6

30
STA

14739 01

1^'739 02

14739 03

14739 04

1'!'739 05

14739 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

00 7.3 248 311.4 334.8 295.4 07 00 13.8 279 348. 1 378.1 312.3

02 7.2 248 311.8 334. 3 298.2 02 13.7 279 348.4 377.7 313.6

04 7.3 248 312.1 335.4 293.2 04 13.3 279 348.4 379.4 313.0

06 7.1 248 312.4 333.6 293.4 06 13.9 279 347. 3 378.7 315.0

08 7.3 248 312.3 333.4 296.4 08 14.8 279 343.3 374.9 306.4

10 8.1 247 311.4 335. 1 295.0 10 16.5 279 339.6 378.6 304.5

12 8.5 248 309,8 335.2 293. 1 12 16.7 279 337.2 376.8 291.5

14 8.8 247 308.8 333.1 292.6 14 17.0 279 336.6 375,5 298.9

1

6

8.6 2 48 309.3 3 3 2.1 2 86.9 1

6

17.4 279 3 38.4 380.3 299.8

18 8.2 248 310.4 334. 5 294.8 18 16.5 279 342.9 377.8 304. 1 20 7.6 248 310.9 335.2 295.2 20 15.2 279 347.3 379.7 310.9

22 7.4 248 311.2 334. 1 296.6 22 14.5 279 347.8 380.7 313.*2

00 6.5 226 311.5 331.9 296.2 08 00 14.8 277 347.8 383.9 314.5

02 6.5 226 311.6 334. 1 296. 1 02 14.8 276 347.5 383.6 312,1

04 6.4 226 311.9 331.5 295.1 04 14.6 276 347.6 383.7 312.8

06 6.3 226 312.3 332.6 297.2 06 15.1 261 346. 5 383. 1 312.3

08 6.5 226 311.8 332.2 295.3 08 16.5 278 343.8 382.3 308.2

10 7.6 226 310.6 335 . 2 295.2 10 17.9 278 340.6 381.3 300.7

12 8.1 226 308.8 335.8 293.4 12 17.8 278 338.3 381.5 295. 8 14 8.6 225 308.6 337.4 291.1 14 18.3 278 337.6 382.2 295. 1 16 6.5 226 308 .9 33 2.6 2 86.3 16 18.3 278 339. 5 377.1 296. 1 18 7.8 226 310.0 332.4 289.6 18 17.3 278 343.8 383.6 299. 7 20 7.2 225 310.6 335.7 292.2 20 15.5 278 346.8 386.3 309. 3 22 6.7 226 311.0 330.2 296.3 22 15.0 278 347.7 384.8 309.9

00 7.7 247 310.1 333.0 296. 1 09 00 15.3 240 337.4 373.2 303.6

02 7.7 248 310.5 334.7 294.7 02 15.1 240 337.5 374.6 3 04. 0 04 7.6 248 3 1 1'. 0 334. 2 295.6 04 14.4 239 337.1 374.0 308.6

06 7.6 246 311.3 33 8.8 296.0 06 14.8 240 336.7 374.3 309.9

08 8.4 248 310.1 342.8 295.1 08 16.0 240 333.8 374.0 300.6

10 9.4 248 308.4 342.6 292.7 10 16.7 240 330.3 374.5 299.4

12 9.7 248 306.7 335.6 290.6 12 16.8 239 327.6 370.0 295. 1 14 10.2 248 306. 1 335.7 288.2 14 16.4 240 327.2 371.1 292 . 0 16 10.2 248 306.5 335.2 288.3 16 17.2 240 329.9 373.7 290.7

18 9.5 248 308.5 335.4 291.2 18 17.2 240 334.4 376.9 295.4

20 8.6 248 309.4 336.7 293^0 20 16.3 240 335.7 378.4 297.1

22 7.9 248 309.9 333.8 293.9 22 15.8 240 336. 6 375.3 301.4

00 9.9 240 314.6 350.4 296.3 10 00 14.0 248 326.7 364.1 300.4

02 9.2 240 315.1 345. 1 296.8 02 13.8 248 326.9 366.5 302.0

04 9.1 240 315.5 347.6 297.5 04 13.4 248 326.6 366.2 303 . 3 06 9.2 240 315.5 350.0 298.7 06 13.2 248 326.6 368.7 302.0

08 10.4 240 313.0 350.0 295.1 08 14.1 248 325.0 370.2 297.7

10 11.7 240 310.3 348.0 286.3 10 15.6 248 321.9 365.6 289.7

12 12.2 240 308.9 346.0 285.2 12 16.0 248 319.4 363. 1 286.7

14 12.7 240 308.2 341. 2 280.9 14 16.0 247 318.5 361.2 284„6

16 12.5 240 308.9 341.4 282.2 16 15.6 248 320.5 360.4 285.6

18 11.6 240 311.7 343. 5 283.6 18 14.5 248 323.7 359.5 289.3

20 11.0 240 313.9 344.0 288.8 20 14.2 248 325.4 361.7 294.3

22 10.4 240 314.4 344. 8 294.2 22 13.8 248 325.5 364,3 296.9

00 12.9 248 323.1 356.9 288.7 1

1

00 10.8 240 317.0 351,5 294. 9 02 12.5 248 323.2 355. 1 292.2 02 11.1 237 317.4 3 56,5 293 . 9 04 12.0 246 323.9 355.7 294.3 04 10.9 240 317.8 354,2 297. 1 06 12.7 248 322.9 355.5 292.2 06 10.7 240 318.0 356,1 299. 1 08 14.6 248 319.8 353.4 290.8 08 11.5 239 317.2 357,0 299.9

10 15.4 248 317.3 353.2 283.5 10 12.1 239 314.9 356,6 289. 1 12 15.6 248 316.7 353.1 284.9 12 12.4 236 312.6 358,2 288. B 14 16,0 248 316.4 355.6 279.1 14 12.9 240 312.0 360,0 287.2

16 15.4 247 317.4 360. 3 274.6 16 12.6 240 313.5 359,8 293.2

18 14.8 248 319.2 358.0 283.1 18 11.8 240 314.9 359,5 295.6

20 13.7 248 322.3 360.3 286.8 20 11.6 240 315.9 362,6 297.4

22 13.3 248 323.6 357.8 288.7 22 11.0 236 316.7 351,9 300. 3

00 14.2 239 336.4 373.5 300.2 12 00 9.0 248 312.5 348.0 298.9

02 13.6 239 336. 5 374.9 303.4 02 8.6 248 312.8 346.5 298 . 7 04 13.2 239 337. 1 372.2 304. 0 04 8.4 248 312.9 342. 5 300. 1 06 14.1 239 336.0 368. 5 303. 1 06 8.1 248 312.8 344.6 298. 3 08 15.3 239 333.5 366. 9 298.8 08 8.0 248 3 12.4 343.8 299.4

10 16.0 239 331.3 366.0 290. 5 10 8.4 248 310.6 342.2 294.4

12 16.7 239 329.3 369. 1 288.9 12 9.3 248 308.9 342.4 289.4

14 16.8 239 328.9 369. 8 288.0 14 9.6 248 308.4 339,4 289.7

16 17.4 239 329.7 368. 3 283.7 16 9.4 248 309.8 339.2 290. 3 18 17.6 239 332.7 3 71.5 281.3 18 9.3 247 311.1 341.6 294.8

20 15.7 240 335.7 376. 1 292.7 20 9.0 248 311.8 342.6 294.0

22 15.3 240 336.4 373.9 296.4 22 8.9 248 312.2 341.7 297.3

TYPE

31

557429 O - 60 - 3
STA

14762 01

14762 02

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN TYPE 0 0 6 • 8 2 4 5 302.2 3 2 2.3 2 8 5.3 07 00 14.2 2 3 5 3 38.8 365,0 304.6 1 0 2 7 • 0 248 302.3 324. 1 2 8 9.7 0 2 13.5 244 3 39.4 367. 1 309.8 1 0 4 7.1 247 302.2 32 9.9 2 8 9.7 04 13.0 242 3 3 9.5 365 ,0 310.6 1 0 6 6*8 247 302.2 331.8 2 8 7.7 06 13.1 247 340. 4 366.2 310.4 1 08 7.0 248 3 0 2.2 3 3 2.9 2 8 7.4 08 14.1 247 3 39.7 369.6 307. 1 1 1 0

7.6 2 48 301.5 3 3 2.0 2 8 5.6 10 16.3 246 3 3 5.0 368.7 297 . 5 1 1 2 8.2 248 300.4 334. 9 2 8 3.8 1 2

17.3 248 3 3 0.4 364.9 295.0 1 1 4 2 48 299 . 8 334 . 0 2 81.3 14 18.0 247 3 2 7.7 367.1 292.8 1 16 8.5 248 300. 1 331.9 281.8 16 18.3 247 327.7 370.2 291.2 1 18 7.7 247 301.1 333.5 284.3 18 17.9 248 331.3 368.1 292. 1 1 20 7.2 2 44 301.3 3 2 8.4 2 8 4.3 20 16.2 2 48 3 36.0 366.3 300. 6 1 2 2 7.0 246 301.7 32 3.9 2 8 5.0 2 2 15.6 246 3 3 7.8 368.7 3 05.4 1 0 0 6.7 224 300.5 32 8.1 2 8 4.0 08 00 13.4 2 47 3 3 5.7 3 64.6 3 04.9 1 0 2 6.3 225 300.8 3 2 5.6 2 8 4.5 02 11.2 248 3 36.7 362.7 308.6 1 04 6.1 2 2 5 300.7 3 2 2.7 2 8 6.4 04 12.6 246 3 37,0 366.3 310.2 1 0 6 5.6 2 2 5 300 . 8 321.6 2 8 7.7 06 12.6 243 3 3 7,8 366.4 311.3 1 08 5.8 225 300.9 328.2 287. 7 08 13.3 247 337,6 368.3 304 . 3 1 10 7.0 226 299.5 328.5 285.4 10 15.3 247 3 32.8 363 . 0 295.7 1 1 2

7.9 225 298.6 3 26,9 2 8 2.9 12 16.1 248 3 27.4 3 58.1 293.5 1 14 8.7 225 297.6 321.1 2 76.9 14 16.6 248 3 24.6 363.4 281.7 1 1 6

9.1 22 5 2 97.3 32 0.0 2 76.5 1"6 17.2 242 3 24.4 367.6 290.6 1 18 8.2 225 299.0 326.6 280.2 18 15.8 237 328.7 362.9 296.0 1 20 7.6 226 299.7 329.9 281.6 20 15.4 240 333,1 365,5 300.3 1 22 7.5 225 300.0 328.6 283.7 22 14.2 245 334,4 363.9 303.6 1 14762 03

14762 04

14762 05

14762 06

00

0204

06

08

10

1214

16

1820

22

00

0204

0608

10

1214

16

1820

22

00

0204

06

08

10

1214

16

1820

22

00

0204

06

08

10

1214

16

182 0 22

7.9

7.2

7,1 6.7

7.1

8.2 9.0

9.8 10.0

9.2 8.4

8.2

11.5 11.0

10.4

9.9 10.7

12.5 13.0

13.7

14. 1 14.0

13.1 12.4

13.3 12.7

12.1 12.2

14.2 15.3

16.3 16.5

17.3 16,6

15.1

14.2

15.3 15.0 14.4

14.5 15.9

17.4

18.4

18.8

19.5

18.6

17.7 16.4

242

248 247 248

248

248 248

248 247

248 248

248

233

235 238

240

238 239

240 234

235

238

238

238 214

215

217

217

216

213 216

216

215

215 214

217

208

210 209

210

201 204

208

210

207

210

210 209

300.3

300.6

300.7

300.8

300.7

299, 1 297,2

29 5,9' 29 5.-3 297.1

298.5

299.5

304.4

304.7

305.1 305.9

304.9

302.1

299.7

298.0

298.8

300.6

302.8

303.8

314.7

315.0

315.7

316.0

314.7

310.3

308.2

306.1

306.3

308.6

312.7

313.9

330.4

330.7

331.0

331.5

330.2

326.3

323.4

322 ,2 322,5

325.4

329.2

330.6

331.2

328.9

3-3 3.6 333.6

332.8

332.8

335.8

3.3.0 . 5 333.3

335. 2 331.3

332. 2 338.2

335.8

336. 2 338.2

338. 2 340. 5 350. 9 337.2

335.9

340. 3 339. 5 340. 1 348.2

345. 1 343. 8 345.8

352.0

348.0

348.8

345.8

353.8

355.1

351.7

352.5

361. 1 361. 3 362.4

362.7

366. 3 363.7

371.1

360.4

370. 1 362.8

363. 3 361.1

282.4

285.8

286.2

286.6

287.5

282.6

280.1

274.2

275.3

275.1

274.1

283.3

284.6

285.6

287.6

288.2

286.0

282.3

279. 1 276

272

275 277

09 5435 282.1

285.9

289.5

289,8

291.9

287.6

279. 1 281.4

278.8

279.6

282.1

287.1

288.4

295.4

296.9

300.4

299.5

296.0

289.3

'287.7 286.0

282.6

286.7

291.3

292.6

10

11

12

uu 1 /i r\C.D -J -J ^ M- • i 3 00.5 1 0 2 i 5 • i 2 39 3 2 4 • 9 3 6 2 # 9 3 01.3 1 1 ^ • O D C.J ? R 1 • ^. 3 5 7 • 6 JL 06 2 39 "3 0 C -i "3 c: ii c. -5 -) D • D 3 03 . 3 1 08 12.3 239 325.1 355.4 302.4 1 10 14.3 240 320.2 355.5 297.9 1 12 15.4 240 315.7 360.5 286.4 1 14 17.2 2 39 312.3 3 64.5 2 04,6 1 16 16.6 2 36 313.5 3 5 7.7 285.6 1 18 15.2 238 3 18.3 363.2 289.1 1 20 14.8 234 3 21.0 360 . 4 294. 2 1 22 14.1 2 38 3 2 2.3 36 1.6 2 94.7 1

00 12.8 244 312.5 3 5 5.7 2 84.9 1 0 2 12.6 2 47 312.8 3 56.6 2 8 3.5 1 04 12.1 248 313.1 3 54,7 2 84.1 1 06 12.0 248 313.3 3 5 3,7 284.3 1 08 12.6 247 313.5 3 56,8 283.2 1 10 13.8 248 3 10.6 354.9 279.2 1 12 14.4 222 307.1 355.3 280.2 1 14 14.7 243 304.6 357.8 277.8 1 16 15.1 247 305.0 362.0 277.6 1 18 14.3 248 308.0 357.2 280.6 1 20 13.9 248 309.6 356.0 280.0 1 22 13.5 248 311.0 358.1 283.6 1

00 8.4 238 302.7 332.2 286.7 1 02 8.3 238 302.9 335.7 28 3.6 1 04 7.8 240 302.9 336.6 287.6 1 06 7.8 238 303.1 332.9 285.3 1 08 8.0 238 303.4 330.4 286. 1 1 10 9.0 239 301.9 331.1 284.3 1 12 9.5 240 300.2 334.8 280. 1 1 14 9.9 240 298.9 3 31.3 279.2 1 16 9.9 239 299.3 331.0 278.9 1 18 9.2 240 300.9 331.8 282.7 1 20 8.5 240 302.0 335.9 282.9 1 22 8.5 240 3 0 2.1 334.9 281.8 1

00 6.6 246 300.6 326.0 285.2 1 02 6.1 247 300.8 325.0 281.8 1 04 6.0 248 301.0 324.9 284. 7 1 06 6.2 248 301.3 329.8 284. 1 1 08 6.6 247 301.6 336.7 289. 1 1 10 7.4 247 300.7 335.7 286. 1 1 12 8.2 247 299.6 337.8 284.3 1 14 8.9 248 298. 7 337.9 282.2 1 16 8.6 247 298.8 336.2 280. 1 1 18 8.0 248 300. 1 333.5 285.8 1 20 7.5 248 300.4 334. 1 285.6 1 22 7.2 247 300.3 332.0 285.6 1

32
STA

14764 01

14764 02

14764 03

lZf764 04

14764 05

14764 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX

M I N

00 5.5 217 314.0 335. 7 298.6 07 00 12.2 247 348.2 377.3 311.4

02 5.5 217 314.2 335.5 299.2 02 11.8 246 346.8 376.2 316.2

04 5.5 217 314.4 334.5 298.7 04 14.2 247 346.4 376. 1 317.2

06 5.2 217 314.7 333. 0 300.4 06 12.5 248 349. 5 380.7 313.2

08 5.4 217 314.1 331.0 300.3 08 14.5 247 346.0 376.9 311.9

10 6.6 217 31,2.5 337.5 297.3 10 16.2 247 341.5 378.0 303. 1 12 7.0 216 311.2 335 . 3 296.0 12 16.7 247 340. 3 376.3 295.8

14 7.1 217 310.7 330.4 291.5 14 17.1 248 340. 1 387.5 297.8

16 6.4 217 311.7 330.9 295.0 16 16.5 248 341.9 379.4 300. 2 18 5.9 217 312.6 332. 3 299. 1 18 15.1 248 345.8 372.8 303.6

20 5.6 217 313.2 334.2 297. 1 20 13.2 248 348.0 377.1 305.6

22 5.6 217 313.8 335. 7 299.4 22 12.5 248 348.8 380.8 313.7

00 5.4 196 314.0 337.6 299.0 08 00 13.2 248 346.9 378.2 310.8

02 5.0 196 313.9 326.0 300.6 02 13.0 248 345.8 378.0 313.1

04 5.1 196 314.2 326. 3 298. 3 04 12.9 248 345. 1 379.7 314,6

06 5.1 197 314.4 327.7 299. 1 06, 13.1 248 347. 5 381.1 319.9

08 5.6 197 313.6 329. 9 295.3 08 15.4 248 346.0 380.2 305. 5 10 6.3 197 311.5 327. 5 295.6 10 17.7 248 341.8 381,4 301.6

12 7.0 196 310.7 330. 5 296.5 12 17.9 248 340.8 379,9 296. 1 14 6.9 197 310.4 330. 5 295.9 14 17.5 248 341.2 382,7 298. 5 16 6.5 196 311.5 332.9 296.5 16 17.0 248 343.0 384.6 301 • 9 18 5.7 197 313.0 326. 1 297.1 18 15.1 248 346.3 380.6 307.2

20 5.2 196 313.6 327.1 299.9 20 13.5 248 348.2 378.8 312.6

22 5.2 197 313.5 325. 5 300.2 22 13.1 248 347.9 375.0 313.0

00 6.0 217 313.2 329.4 301.1 09 00 12.5 240 336.6 370.4 310.9

02 5.8 217 313.3 328.6 299.0 02 12.3 240 335.6 372,8 311.2

04 5.6 217 313.6 329.0 300. 1 04 12.2 240 334.8 372.8 310.4

06 5.9 217 313.5 332.0 296.1 06 12.3 240 335.8 372.9 309.7

08 6.9 217 311.8 331.8 298.0 08 15.1 240 335.5 377,1 305.9

10 7.8 217 309.7 331.6 294.3 10 16.3 240 331.9 374.4 301. 5 12 8.0 217 309.4 330.8 292.3 12 16.6 240 330.9 375.9 295.4

14 8.3 217 309.5 334. 1 292.4 14 16.6 240 331.0 372.0 295.8

16 8.0 217 310.3 331.8 294.5 16 16.0 240 332.6 376.6 298. 5 18 7.2 217 312.3 331.8 297.2 18 13.7 240 336.3 371.1 301.9

20 6.8 217 312.8 331.0 298.5 20 13.0 240 337.3 382.4 307.4

22 6.4 217 313.0 330.8 298.9 22 12.8 240 336.6 374.5 308.4

00 7.2 210 317.4 335. 2 300.2 10 00 10.8 248 326.2 354.9 307.4

02 6.7 210 317.4 335.8 302.3 02 10.8 248 326.0 355.8 306.6

04 6.6 210 317.5 338.9 301.9 04 10.6 248 325.8 357.5 307.1

06 7.4 210 317.7 342. 6 301.6 06 10.8 248 325.9 367.3 307.7

08 9.4 210 314.6 339.4 297.7 08 13.1 248 325.0 378. 1 300.3

10 10.9 210 312.1 247. 1 289.3 10 14.4 248 321.7 363.8 297.9

12 11.3 210 311.8 341.4 284.7 12 14.9 248 321.0 362.2 297.3

14 11.4 210 311.4 338.6 284.4 14 14.9 248 321.5 365.9 294.4

16 11.0 210 312.6 340. 1 287.7 16 13.7 248 3 23.9 357.9 296 . 7 18 9.4 210 315.6 341.3 289.5 18 11.7 248 325.9 359.0 301.7

20 8.5 210 316.9 338. 3 296.8 20 11.1 248 326.2 359.8 304.9

22 7.8 210 317.3 335.1 298.2 22' 11.0 248 325.8 355.8 304. 1

00 10.5 217 325.1 356.2 293.8 11 00 8.3 240 318.3 344.8 301.3

02 9.8 217 325.0 355.4 297.0 02 8.4 237 318.5 345.6 302.0

04 9.5 217 324.9 355.4 299.6 04 8.3 236 318.5 343.4 302.2

06 10.7 217 325.3 358.3 301.1 06 8.2 237 318.7 344.7 300.5

08 13,2 217 321.8 355.8 294.3 08 9.0 237 318,1 349.2 299.5

10 14.4 216 319.2 352.8 287.6 10 10.6 237 3 16.5 347.3 296.8

12 14.6 217 318.8 356. 1 285.7 12 10.9 238 3 14,8 347.7 294.6

14 14.3 217 318.3 351.5 283.7 14 11.1 2 38 314.9 348,0 293. 5 16 13.9 216 319.6 362.0 287.2 16 10.0 239 3 17.0 346.2 296 . 5 18 13.0 217 322.4 360.6 288.8 18 9.1 2 59 317.7 348,0 298.6

20 11.5 217 324.9 359.9 289.2 20 8.7 239 3 17.9 344.6 300.6

22 10.7 217 325.9 357.0 293.5 22 8.5 239 3J18.2 344.2 300.0

00 11.8 210 337.6 365. 8 305.2 12 00 6.7 248 315.0 341,1 302.6

02 11.5 210 337.2 368.3 307.2 02 6.6 248 315.3 340.5 302.2

04 11.3 210 336.9 364. 2 309.9 04 6.6 248 315.2 342.6 300.0

06 11.9 208 338.2 366.7 307.9 06 6.3 248 315.4 341.8 302,2

08 14.3 209 335.3 370.6 300.2 08 6.3 247 314.6 339.0 301,4

10 15.6 210 333.2 368.7 297.2 10 7.5 248 312.0 339.2 297,3

12 16.2 210 332.4 370.0 291.8 12 8.0 248 310.6 343, 1 296, 8 14 16.1 210 331.4 369. 1 285.3 14 7.9 248 310.5 339, 3 294. 5 16 16.6 210 332.5 366.4 289.2 16 7.0 248 312,3 335,0 298.5

18 15.3 210 335 .3 370.0 293.4 18 6.9 246 313.5 337,5 300.9

20 13.5 210 337.9 369. 9 298. 1 20 6.6 248 3 14,0 338,5 302.2

22 13.0 210 338.5 373. 5 299.7 22 6.7 248 314.4 337.9 300.9

TYPE

33
STA

14830 01

14830 02

14830 03

14830 04

14830 05

14830 06

HR S DJ MEAN MAX

M I NMO HR S DJ MEAN MAX MI

N

00 4« 3 248 307.5 333.1 2 96 . 8 0 7 00 13.5 2 79 343 . 2 3 78.0 311.6 0 2 4 » 0 248 297.4 02 13.3 2 79 3 4 3.3 376.8 314.2

04 4» 0 248 307.5 324.9 2 99.0 04 13.1 2 79 3 43.0 2 7 e; 1 318.2

06 4» 0 246 3.0 7 . 5 328.1 2 99 . 3 06 13.3 279 343. 3 376.8 316.7

Uo 3 • 9 248 2 98.5U 0 15.4 2 78 34 2.4 3 78.9 3 08 . 4 10 3 • 7 248 307 . 1

325.3 2 99.5 1 017.0 2 78 3 37.0 383.1 297 . 1 1 2

4« 1 248 306 . 1 326.8 296. 7 1 2

17.8 2 79 3 32.7 3 8 2.4 294 . 9 14 4.6 248 305.5 328.1 293.1 14 18.0 279 329. 5 375.2 290.6

16 4.7 248 305.7 332.0 294.7 16 17.0 279 328.8 378.3 282.2

18 4« 5 248 306 . 6 3 3 5.1 294.5' 1 8

15.8 279 3 31.4 376.9 299.1

20 4.6 248 307.2 339.9 2 96.5 2 0 14.9 2 78 3 38.3 376. 5 306. 2 22 4.3 248 3,0 7 . 3 329.0 2 96.4 22 14.2 2 79 341.9 374 . 4 3 08 . 7 00 3.5 2 26 307.0 320.8 296 . 7 08 00 13.2 279 340. 8 377.3 306 . 7 02 3 « 5 226 3 06.9 323.8 299. 2 0 2 12.7 2 79 340. 5 3 76.5 314. 1 04 3.6 226 306.9 32 3.0 296.4 04 12.7 2 79 340. 3 3 78.8 314.1 OO Q "7 D • 1 2 25 307.0 O 0 *7 Q 06 12.8 2 79 340. 2 375 . 3 312.3

Do 3.6 2 2 6 307.0 324.7

Q

Q CL i V 0 . 9 08 13.5 2 79 340. 6 3 72.5 309.2 1 u J • Q7

"J ri ^ Q .3 U -3 • 7 9 A 9 ^9 OA7D . nU 1 U

19.9 9 TO 3 3 5.2 3 74.5 305 . 1 4.6 226 30 5.0 327,9 2 93.2 1 2 16.6 2 79 -> c 7 . *+ ^70 . 0 14 4.7 226 304.4 328.0 293.7 14 17.5 279 326.9 378.8 291.0

16 5.0 226 304.3 329.9 290.4 16 17.0 279 326. 7 376.0 289. 1 1 o H # J) 7 9 A ^ U 9 • 0 T 9 /i A 9 Q "3 A *i 7 9 . 0 i cs 1 0 . 9 9 7 Q /L 1 y 3 3 0.4 374.0 293 . 1 20 3 • 9 2 26 306.4 324.7 296 • 2 20 15.3 2 79 3 37.9 376 • 8 291.6

22 3 • 6 2 26 306.6 319.8 296 . 4 2 2 13.7 2 78 340.2 3 74 . 8 296 • 5

00 4 • 1 248 306.0 324.2 2 94. 0 0 9 00 11.8 2 40 3 2 8.2 3 59.2 3 07.4 0 2 3 • 9 2 48 3 06.3 324 • 9 2 96.5 02 11.2 240 3 2 7.9 3 58.7 3 08.0 U M- *+ • ^ 7 A. Q ^9 7 1 9 Q A 7 AA 11 1 X 1 . 1 9 A A "^9 7 A 997.9 1 A "a 9 lU . 9 06 4» 2 248 306 • 8 324.7 295.5 06 11.2 240 3 27.9 364 . 1 309. 7 08 4« 2 248 306.3 325.9 292.9 08 11.8 240 3 27.9 366 . 7 302.4 1 0

4« 8 248 304 • 2 32 5.4 292 . 0 1 0

13.5 2 40 3 2 3.9 364.1 297.7

12 5 • 7 248 303.2 32 7 » 5 28 9.9 1 2

14.6 240 319.6 36 3.6 2 91.1

lA 6.0 248 302.5 326.1 286.1 14 15.2 240 316.9 374.0 291.2

16 6,2 248 302,8 329.7 286.4 16 14.7 240 316.5 364.5 287.6

18 5 • 8 248 304 • 2 3 3 0.7 2 91.4 1 8

14.0 240 3 21.7 357.8 291 . 7 20 7 • 5 2 48 305.3 328.1 214.2 20 12.8 240 3 27.1 364 . 3 294 . 2 22 4 • 7 248 306.2 32 7.7 2 9 5.1 2 2 11 Q 240 3 27.8 3 5 9.3 291.5 0 0 8 • 5 2 39 3 09.3 3 3 8.6 2 92.5 1 0

00 9 / Q 318.6

aR 0 9 9 7 # H 286.7

KJ c.

po • J ^ -J 7 J

U 7 . 7 "a

Q 9 9 Q 1 7 0 2 12.3 248 318.3 3 6 5.3 9 ft A. - R A 0 *+ . 9 04 8*2 2 3 9 310.1 3 3 7.3 292.0 04 TO A 1 «i • U 248 "a 1 Q 9 i 0 . 9 a A A /• 9 D U . H 28 8.6

06 -7 -7 f • f 2 39 310.2 339.8 2 92.1 06 11

A 9 /i 0 fi 'fa 1 QA 9 i 0 . 0 a999.0 R c, Q 9 Q 1 0 A 7 1 . 0 0 (5 Q R D # D 240 308.7 ^M- u » 0 7 9 . / U 0 11i 0 i . 7 9 Aft a9 1 ft R i 0 • 9 "a999.0 S Q 9 Q c; A A 7 9 . U 10 1 0 • 7 2 40 305.7 340 • 1 2 87.9 10 13.5 248 315.6 3 5 7.2 2 90.6 1 d 1 ^ • 240 j) U J • -J 344.0 9 7 Q 7 1 9 1/1 R 9 Afl .1 H 0 "a 1 9 A "a9 R9 Q7 . 7f 9 ft 9 0 A 0 A • U 14 12.5 240 302.0 339.7 280.8 14 15.0 248 310.1 359.5 280.8

16 12.6 240 302.0 345. 1

278.5 16 14.7 248 310.6 355.6 282.1 11 AO i 1 • V 2 40 J U 3 . 0 ^19 7/ Q7 -. Q7 i 0 1 ii 9 248 9X9.*+ 3 5 8.2 A9 0ft A0 . AH

c.U 1 U • H ^9 /iMDu 2 8 7.2 9 A 13.6 248 "a9 11 ft0 -. AU 36 2.2 9 0 A ^ C, A 7 U . 9 2 2 9.4 2 40 309.1 342.5 2 9 3.3 9 9 19 n 9 A ft ^1 0

"a 1 Q 9 9 1 0 . <i

"a9 R9 Q7 . AD

A9 ft0 AH . AH

uu 19 fl <1 H- 0 _>

R9 A0 . A0 9 Q =iA 1 1 AAA 7 240 3 09.1 3 34 . 1 292.9 0 2 11.4 248 318.2 354.7 296.3 0 2 6.6 240 a A 0 "a 9 U 7 . 9

"a999.0 "a "a ft 9 0 Zi

A ^ 7H . [J 04 10.6 248 318.3 349.0 298.0 04 6*4 240 3 09.3 3 34.6 296.7

06 10.8 248 318.4 3 50.1 294 . 4 06 £. 9 D . «l 240 3 09.3 "aD

"aJ

C9 0 7f 9 0 A / A 7H . H 08 12.7 248 316.6 3 50.4 293.4 08 6.4 240 3 09.2 a "a 9 Q 9 9 A . 0 295.0

10 14.7 248 314.0 3 51.8 2 90 . 1 1 0

7.1 240 3 08.1 3 33.9 290.3 1 2

16.1 24 8 311.9

J 9 J • D 2 8 5.5 1 2 7 7 240 3 06.6

a9"a9 R9 . Au 9 ft ft

Q

A 0 0 . V 14 16.7 248 310.0 351.1 281.1 14 7.7 240 305.8 334.5 288.2

16 16.7 248 309.7 355.8 282.8 16 7.6 240 306.4 335.0 289.6 1 R i O 10.0 2 48 "5 ~7 9 9 9 ( . ^ 9 Q e; / COO 9^ i 0 7 1 9 A A "a9 A ft A U 0 • H "a9 9 A.H 9 . 9 0 9 A A 7 A . H- 20 15.1 2 48 316.2 3 57.5 2 86.0 20 7.0 240 3 08 9

"a "a /, 7 9 9H . / 292.6

22 13.8 2 48 3 1 9 3 5 8.3 2 9 2.6 2 2 6.7 240 3 08.9 3 34.0 292.3

00 14.9 2 40 336.6 373.0 3 04 . 0 1 200 4.4 248 3 07.3 "a 9 A

R 9 A D . 9 29 5.9 0 2 14.6 240 3 36.6 3 69.6 3 06.6 0 2

/. 9 9 /iQA "7 9 9 (J / . Aa 9 A ft 9 A 0 . 0 9 0 AA

A. 1 /. 1 240 :5 J) -> • tj

"3

A 7 9 0 f . 9'aA 7 "XA / /i - A 2 48

A 7 - 9 3 2 3.0 294.4

06 14.4 240 3 36.0 366 • 1 3 02.3 06 3.7 248 3 07.2 3 21.4 2 93.0 0 8 16.5 240 334 • 5 3 76.1 3 03.9 08 3.6 248 3 07.4 "3 9 1 1 9 1 i . i 293.7 i u 1 Q /. 2 40 3 30.8 a 9 1 / . 9 ( i • H

90/1 1 1 0 a9.70 9 A fta AA 7 "a9 A9 A9 9 . A

A90

R "a 7 9 . 9 1 2

19.1 240 328.0 367 • 1 2 91.5 1 2 4.5 248 3 0 5.8 3 26.8 295 . 9 19.4 240 -a 0 0 J -5 . 0 9 / U • 7 28 8.6 1 4 / Q 't • 0 9 / 0 ^ H "a A c. 0 9 U 9 • <i a9 "a9 11.11 9 0 A 1 A 7 H . 1 16 18.9 240 325 .7 365. 1 288.0 16 4.9 248 305.7 330.5 294.9

18 19.0 240 328.2 370.8 289.0 18 4.7 248 306.7 332.8 295.0

20 17.5 240 333.3 373.9 290.5 20 4.9 248 307.0 335.8 294.3

22 16.0 240 336.8 371.5 295.6 22 4.9 248 307.3 332.5 295.4

TYPE

34
STA

14834 01

14834 02

14834 03

14834 04

14834 05

14834 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.8 155 309.4 335.0 299.7 07 00 13.9 155 350,8 381.8 324.0

02 4.6 155 309.4 334.5 297,5 02 13,3 155 350.2 379.6 323. 5 04 4.6 155 309.3 330.8 297,7 04 13,6 155 349.0 380.8 323.7

06 4.6 155 309.4 329.7 299,9 06 13,7 155 351,6 385.8 323,9

08 4.6 155 309.2 328.9 297,7 08 16,7 155 347,8 384,8 307,4

10 5.5 155 308.5 332.5 297,0 10 18.5 155 343,7 381.8 305, 7 12 6.2 155 307,9 335.5 296. 3 12 18.8 155 341.0 385.3 309,0

14 6.9 155 308.1 341. 1 295. 1 14 18.9 154 338.3 377.9 305,6

16 6.1 155 308.6 339.6 297.6 16 20.0 155 339.0 385.9 301,6 1 8

5.2 155 309 . 2 330.5 300 . 2 18 17.8 155 343.9 390.4 308,5

20 5.1 155 309.4 331.9 299.3 20 15,3 155 350.1 381.1 316,8

22 4.6 155 309.4 333.2 300.5 22 14,4 155 350. 7 386.0 320,7

00 3.8 140 308.6 320.0 299.7 08 00 12,7 155 3 46.6 379.3 322,0

02 3.8 141 308.6 320. 1 299.6 02 12,6 155 345.2 376.4 321,0

04 4.0 141 308.9 321 . 1 299.4 04 12,6 155 344.4 374.6 318,4

06 4.0 141 309.0 322.7 298.9 06 12,7 155 346. 3 374.4 319,3

08 4.2 141 308.5 324. 3 299.3 08 14,3 155 345. 1 378.0 309,7

10 4.9 141 306.9 327.2 292.6 10 15,1 155 339.8 382.9 303,0

12 5.4 141 306.0 328. 1 290. 1 12 15,5 155 336,9 381,1 302.5

14 5.5 141 305.6 330. 3 291.9 14 16,3 154 335,4 384.5 299.2

16 5.2 141 306.1 323.9 291.3 16 17,1 155 336,9 390.6 300. 5 18 4.3 141 307.6 319.7 296.6 1 8

16,0 155 343, 3 398.4 310.2

20 4.0 141 308.2 318.4 296.7 20 13.7 154 347,0 379.3 317.8

22 3.9 141 308.5 319.7 299.3 22 13.3 155 347,7 384.9 319.9

00 6.0 138 309.0 335. 3 295.6 09 00 12.3 150 332,8 363,6 310.4

02 5.4 138 308 .9 332.0 297.2 02 12.3 150 332,3 363, 1 312.9

04 4.8 138 308.7 327.8 298.9 04 12.1 150 331,9 360,7 312.5

06 5.0 138 30r.9 327.6 298.6 06 12.3 150 332.4 363,1 307, 1 08 6.2 137 307.7 328.8 297.6 08 13.9 149 332.0 366,2 300,6

10 6.9 138 306.4 330.5 292.0 10 16.5 150 326.6 372,0 291 ,6

12 7.1 138 305.6 331.7 291.5 12 16.8 150 322.7 359,7 293,2

14 7.3 138 305.5 332.2 290.7 14 16.9 150 320.8 364,4 287,6

16 7.5 138 306.3 333.8 293.7 16 16.1 150 322,6 359.6 288,9 1 8 6.8 138 308.1 332.5 293. 8 18 14.7 150 329,6 368.4 301,7

20 6.3 138 309.3 332. 3 299.5 20 13.0 150 332,6 369.7 306,3

22 6.1 138 309.5 334. 1 297.8 22 13.0 149 333,0 370.5 307. 0

00 7.6 120 312.1 347.0 302.3 10 00 13.5 155 319.4 363,7 286.2

02 7.5 120 312.2 343. 1 302.2 02 13.2 155 319,5 358.8 286.6

04 7.4 120 312.0 344. 7 302. 5 04 12.8 155 319,7 358,9 290.6

06 7.8 120 312.0 346. 1 301.0 06 12.6 155 319,9 358.9 290.9

08 9.2 120 310.3 352.2 294.8 08 14.8 155 319,8 363.7 291 . 7 10 11.3 120 307.7 355.5 285.1 10 17.1 155 315,8 359.3 284.8

12 11.8 120 306.2 348.9 282.3 12 17.9 155 313,3 358.7 281 .7 14 12.8 120 306.3 349.7 281.1 14 17.6 155 311,4 353.7 278. 1 16 12.6 120 306.4 344. 2 283.2 16 16,9 155 313,1 3 54.4 278.6 1 8

11.2 120 309.4 347.2 287.7 18 15,7 155 317,6 361.1 284.2

20 9.3 120 312.2 343.2 299. 1 20 14,5 155 318,7 362.9 284.2

22 9.0 120 312.7 349.2 300.9 22 13,7 155 318,8 363.0 286.8

00 11.9 124 322.9 355.9 299.3 11 00 8,1 150 3 10,4 344.8 295.3

02 11.0 124 322.8 350.6 300.9 02 7,9 150 3 10,5 344 .4 298.7

04 10.6 124 323.1 349.2 303.6 04 7,5 150 310,4 341.5 298.8

06 11.3 124 324.0 352.9 303. 1 06 7,6 150 310,7 339.6 293.0

08 13.6 124 321.7 357.5 294.2 08 8,8 150 310.4 338.8 291 .0

10 15.3 124 318.8 364.2 291.3 10 9,9 150 308.3 342.0 285.8

12 16.4 124 316.8 355.7 288.6 12 10,6 150 306. 5 337,3 279.9

14 15.7 124 315.8 352.3 283.0 14 10,9 150 306.0 341 ,9 281.9

16 16.1 124 315.5 355. 5 285.6 16 9,8 149 308.0 338.6 287.8

18 15.7 124 319.1 357,6 292.5 18 8,5 1 50 3 09,3 3 36.8 294. 1 20 13.1 124 322.1 355.5 299. 5 20 7,5 150 309,8 338,0 297.7

22 12.0 124 322.8 355.5 298.5 22 7,7 150 3 10,0 342,9 296. 1 00 17.0 120 342 .6 376.5 305. 1 12 00 4,3 155 309,2 320.9 297.0

02 16.1 120 342 .4 375.4 305,9 02 4,4 155 309,4 322.9 296.8

04 15.6 120 341 .6 374.1 310.5 04 4,6 155 309, 5 328.1 300.5

06 16.8 119 343.4 379.6 309.6 06 4,8 155 309.7 327.9 300.3

08 19.0 119 341.8 388. 3 306.7 08 5,2 155 309,5 331.5 300.8

10 21.4 119 338.8 397, 5 298.8 10 5,9 155 308.4 333.3 296. 5 12 22.0 119 336.2 386. 2 286.7 12 6,3 155 307.3 335.3 296.2

14 21.3 119 335.2 392. 5 289.6 14 6,5 155 306.8 335.2 293.3

16 20.8 119 334.7 375.4 289.8 16 6.5 155 308.6 342.1 295.7

18 20.2 119 338.5 386. 1 289.5 18 5.9 155 309.7 336.9 298.4

20 19.1 120 343.0 391.8 299. 1 20 5.3 155 309.7 336.4 297.5

22 17.8 120 343.2 383. 5 307.0 22 4.5 154 309.5 322.9 298. 7

TYPE

35
STA

14847 01

14847 02

14847 03

14847 04

14847 05

14847 06

HR S D

J MEAN MAX MIN MO HR S DJ MEAN MAX MIN 0 0 3,5 248 305.9 316.7 296.5 07 00 11.0 2 78 3 34.1 3 71.4 310.3 0 2 3*6 248 306 • ? 316.6 2 96.2 02 10.6 2 79 3 3 3.4 365.8 9 11^.9 n - 0 A- 3 • 7 2 48 '^06.5 318.3 ? *^6 • 2 04 10.6 2 79 3 2 . 9 364.8 9 19.0 0 6 3 • 9 248 306.6 319.8 2 96.7 06 10.6 2 78 3 3 3.9 A R 9 9 D 9 . ^ ^19 9 A i ^ . D 0 8 4 • 2 2 48 306.8 324.0 2 9 3.3 08 12.2 2 79 3 3 5.2 366.2 HQ fl 9 U ^ . O 1 0 3 • 7 2 48 30 6.3 32 0.2 2 90.7 10 13.9 2 79 3 3 3.4 7 n Q r\ 9 a 9 U • t3 1 2 3 • 4 24 8 3 0 5.0 314.5 2 90.3 1 2

14.6 2 78 3 3 2.0 9 Q7

fto . nU 1 4 3 • 2 248 3 04.2 313.3 2 92.4 14 14.9 2 78 3 3 0.1 3 71.6 9 QQ c 16 3.1 248 304.4 313.1 290.8 16 14.9 279 329.2 378.6 295.6

18 3.2 248 305.5 313.5 296.7 18 14.3 278 330.8 375.9 302. 1 ^ u 2 48 n R 7 315.4 2 5 • 1 9 n 19 7 2 79 9 1 i . O 3 07.0 2 4 8 30 5.9 314.6 2 93.9 9 9 11.8 2 79 9 AD OQ A. O 308.9 0 0 3*4 2 26 305.7 316.3 2 9 8.2 0 8 00 10.6 2 78 3 3 5.0 36 3.6 9 1 U . i 0 2 3 • 6 2 2 6 30 5.9 318.2 2 96.9 0 2 1 0 . 1 279 3 34.6 9 O 1 . u 1 1 A 0 4 ^ • o 2 2 6 306.1 318.8 2 96.2 10.2 2 79 3 34.4 3 6 3.5 "3 19 *7 9 1^. / U O 4 • 0 2 2 6

•aAA

_

c,

JU

D . J 32 3.6 2 96.7

nA 10.4 2 79 3 4 • 5 9 AD 7/ • 9 Tin t; 9 1 U . 9 0 8 4 • 1 2 2 6 306.6 323.9 2 95.2 08 11.9 2 79 3 3 5.9 369.0 -9 IJ " . 1 1 0 3 • 5 2 2 2 305.2 317.2 2 96.0 11 nu 13.8 2 79 3 3 3.3 A 0 Q <i 7 7 . i 1 2 ? -• 2 2 6 304.0 314.5 2 92.7 1 2

14.5 2 79 3 31.4 3 72.4 9 O 7 1 4 3 • 2 2 2 6 30 3.4 313.4 2 Q 4 » Zf 1 Zl 14.4 2 79 3 29.4 A R 9 9 OA 9 16 3.5 226 303.7 313.1 291.7 16 14.2 279 329.4 364.9 29b. b

18 3.2 226 304.8 313.6 296.9 18 13.5 279 331.7 365.2 297.8 2 0 3.1 2 2 6 305.4 316.7 296 . 8 20 11.1 2 79 3 34.1 363.6 3 08 . 6 2 2 3.4 2 2 6 305.4 316.2 2 9 5.3 2 2 10.9 2 79 3 34.7 367.4 "^0 7 7 0 0 3.2 248 3 04.8 314.2' 2 96.1 09 00 10.9 2 39 3 2 5.3 365.2 2 99.9

02 3.2 248 305.1 315.4 297. 5 02 10.7 240 3 24.8 365 .2 301.5

04 3.2 248 305.3 314.3 2 97.7 04 10.3 2 40 3 24 . 4 3 59.3 298.4

06 3.3 248 305.6 314.3 297. 5 06 i 0 . 1 2 40 3 24.1 362.1 299 . 3 08 3.3 248 30 5 ft 4 314.7 298 . 4 08 11.7 240 3 2 5.3 368.3 295.6 1 0 3.3 248 303.9 313.4 2 9 5.9 10 12.8 240 3 2 3.5 366.2 294 . 9 1 2

3.6 248 302.8 313.8 1 9 1 9 . J. c. • ^ 240 3 2 0.8 9 AD

R9 . nu ^19 O7 R9 • o7 14 3.4 248 302.3 313.5 2 90.7 14 12.9 240 319.6 360.9 297.2

16 3.6 248 302 .4 313.2 290.8 16 12.4 240 320.0 360.8 293.3

18 3.5 248 303.5 314. 3 293.7 18 11.4 240 323.3 377.1 299.7 2 0 3.2 248 3 04.3 313.5 2 94.9 20 10.7 2 39 3 2 5.1 366.1 296 . 6 2 2 J . ^1 248 3 04.6 314.3 2 9 5.4 2 2 10.6 240 3 2 5.1 366.9 298.9 0 0 4.5 240 306.4 321.9 2 9 3.4 1 0

00 8.4 247 316.0 3 ZfZj. , 4 2 94.5 0 2 4.5 2 40 306.3 319.7 2 9 3.3 02 8.6 248 3 15.8 3 48.1 294.7 0 4 4.4 £1 M-IJ 306.4 319.6 2 9 3.7 04 8.7 248 3 15.6 3 5 2.3 29 5.8 0 6 4.6 240 306.6 331.2 2 96.0 06 8.5 248 3 15.4 348.7 296.7

08 5.1 240 305.5 329.5 290.7 08 8.9 248 3 15.8 348.0 296.7 1 0

6.2 240 303.7 330.7 2 8 9.1 10 10.3 248 314.7 3 54.3 294 . 7 1 2 6.6 2 40 3 0 2.5 326.0 2 8 5.8 1 2

10*7 248 312.6 3 49. 2 291.9 1 4

7.1 240 301.7 322.7 2 74.8 1 410.7 248 3 11.7 346 . 4 2 91.6

16 6.9 240 301 .5 318.4 282.5 16 10.4 248 3 3 2.2 344.4 293.3

18 6.5 240 302 .6 319.7 283.8 18 9.7 248 3 14.6 349.4 295.4 9 n R.I 240 32 3.8 2 8 9.8 9 9.2 248 3 15.8 3 50.9 297.4 0 "> c. c. 240 nU f^D . nu 9 0 9 R 2 2 8.3 248 315.7 3 Z(. 7 , Zf 297.6 0 0 7.3 248 3 12.0 3 3 9.0 2 96.9 1 1

00 5.7 240 3 07.9 3 2 9.3 295.0 0 2 7.2 248 312.3 3 3 8.6 2 96.2 02 5.5 240 3 0 7.8 3 28.7 297.4 0 4 7 9 248 ^ i ii. • -? 3 39.9 2 95.2 5.3 2 40 3 07.9 3 28.7 297.5 0 6 7.5 248 312.7 339.5 2 9 8.4 06 5.2 240 3 0 7.9 3 2 9.3 296.2 0 8 9.1 246 3 11.0 343.7 2 8 8.9 08 5.3 240 3 07.9 3 29.0 294 . 5 1 0

10.3 248 30 8.5 340.5 2 8 6.5 10 6.0 240 3 07.4 3 29.4 295 . 8 1 2 10.9 2 48 306.6 342.1 2 8 5.7 12 6.1 2 40 3 06.4 3 30.1 295.5 1 4

11.4 248 ^05.6 341.9 2 8 4.5 14 6.2 2 3 9 3 06.0 3 31.5 2 92.1

16 11.4 248 305.3 340.6 276.5 16 5.8 240 306.5 330.0 291.6

18 10.4 248 306.8 340. 1 284.3 18 5.5 240 307.4 328.6 296.2 2 0 8.4 2 4 8 309.9 3 3 7.8 28 7.2 20 5*5 240 3 0 7.6 3 2 8.7 294.2

^1

fl0 n. u 248 ^ i i . "

J5 3 V . P 9 Q "5 9 9 9 9.9 £-9 AnH- U

n 7 R 3 2 8.7 ^9 O7 R9 . Au 0 0 in1 U . QV

"3' 9 R Zi

£1 -J • *4 -> 7 . D ' U . J 1 z nn 3.6 248

OA - 1

J?

WD . i '^17.5 297.8 0 2 10.3 2 3 9 3 2 5.6 3 51.8 3 04.8 0 2 3.6 248 3 06.0 316.6 297.5 0 4 9.7 2 39 325.3 3 5 3.8 3 06.7 04 3.7 248 3 0 6.1 315.8 296.2 0 6 10.0 2 3 9 3 26.4 3 5 2.9 3 0 2.0 06 3.6 248 3 06.1 316.6 296.8 0 8 11 1J. . Q7 2 3 9 3 2 6.4 3 56.4 2 99.7 08 3.6 248 3 06.2 317.5 297.8 1 0 1i J . 7f 2 3 9 o . U 3 56.1 2 9 8.2 10 3.6 248 3 0 5.8 316.7 295.7 i c. i -J . L' 240 11 9 A 7 3 6 1 • 4 9 O /i R 11 ^9 7 248 3 04,8 316.7 295.3 i H- 1 R R "3 o 323.3 2 90.8 1 A J . 9 9 ar 3 0 4.4 "^17 9 11.'+A 9 O R 1 o 1i D . QV 5 £: <i . D 3 59 8 9 fl A Q T1 A0 J . 9 248 3 04.8 318.0 292.1

18 15.0 240 324.3 360.3 292.2 18 3.3 247 305.5 317.9 296.6

20 13.1 239 325.8 359.4 300. 1 20 3.4 248 305.6 316.2 295.9

22 12.2 240 325.9 360.6 301.1 22 3.6 248 305.8 317.3 297.0

TYPE

36
STA

14849 01

14849 02

HR S D

J MEAN MAX MIN 0 0 5 • 8 248 308.9 344. 2 298.4 U c. D # D 248 3 08.8 3 3 5.8 2 9 7.8 0 4 5 • 4 247 308.7 330.6 2 9 8.2 0 6 5*3 248 308.8 3 31.3 2 99.4 0 8 5 • 4 2 47 309.2 3 3 3.0 2 99.0 1 0 6 • 0 248 308.7 335.0 2 97.2 1 2 6 • 6 247 307.9 3 3 8.0 2 94.2 1 A. 1 H 6 • 8 2 48 3 0 7.4 3 3 7.4 2 92.4

16 6.8 248 307.7 337.2 294.4

18 6.2 248 308.5 334.8 293.8 9 n 5.8 2 48 309.0 3 3 3.5 2 99.6 2 2 5.5 248 308.9 3 31.9 297.5

00 4.8 226 307.9 329.5 292.7 0 2 4. 2 2 2 6 307.7 323.6 2 98.7 0 4 4.0 2 2 6 307.5 322.5 299.2 0 6 4.1 226 307.7 323.1 298.5 0 8 4.3 2 2 6 307.9 326.6 298 . 3 1 0

5.2 226 306.8 328.0 291.9 1 2 5.8 226 305.6 328. 3 2 8 6.8 1 4

6.2 226 304 . 8 328.2 2 90.0 1 6 6.0 2 2 6 305 . 3 327.2 292. 7 18 5.4 226 307.1 331.0 295.0

20 5.1 226 307.7 332.5 296.0

22 5.1 226 307.9 330. 0 295.3

08

HR S DJ MEAN MAX MIN TYPE

00 14.5 279 346.3 377. 1 316.4 1 0 2 14.1 2 78 346.3 381.3 320.4 1 04 13.5 278 346.2 379.7 317.6 1 06 13.2 277 347. 1 381,4 315.9 1 08 14.8 279 346. 5 382,0 311.8 1 1 0

17.1 278 340.2 378. 1 302 . 2 1 12 17.9 2 79 3 36.3 383,2 299.8 1 14 18.6 279 3 3 5.2 380,5 295.7 1 16 18.9 279 334.0 380,1 289.8 1 18 18.6 279 337.2 382,4 296.2 1 20 16.0 2 79 343. 9 385,8 308.5 1 22 15.0 279 346. 1 381,6 307.4 1

00 13.4 278 344.2 377,6 316.8 1 02 13.2 279 343 . 9 375,1 317.6 1 04 13.0 278 343.5 374,3 319.5 1 06 12.8 279 343.6 374,9 316.8 1 08 13.6 279 344.7 376,3 317.0 1 10 16.5 279 3 39.6 375,1 301.7 1 1 2 17.0 279 335.2 376.4 300 . 9 1 14 17.4 279 3 32.7 375,8 295.5 1 16 17.9 279 3 32.3 374.3 296 . 3 1 18 17.5 279 337.4 383.7 299.0 1 20 14.7 279 342.9 378.2 309.2 1 22 13.9 279 344. 5 378.7 314.7 1 14849 03 00 5.4 248 307,8 337,7 297.9 09 00 12.6 240 331.4 363.8 296, 0 1 02 5.1 248 307,7 334, 7 299. 1 02 12.1 240 331.3 363,5 299,8 1 04 5.1 248 307,8 334, 2 298.8 04 11.6 240 330.8 360,9 298,7 1 06 5,3 248 308,0 336, 8 296.7 06 11.5 240 330.9 361,3 306.2 1 08 6,0 248 307,6 337.7 296.0 08 12.2 240 331.7 364.2 308,9 1 10 6,7 248 305,9 340. 5 292.5 10 14.3 240 327.2 364. 1 300.2 1 12 7,0 248 304,7 333. 8 290.0 12 15.4 240 323.1 365.4 290. 5 1 14 7,5 248 303,7 333.9 287.8 14 15.9 240 320.6 364.9 290.3 1 16 7,8 248 303 ,9 334.3 285.0 16 16.3 240 320.9 366.2 291.8 1 18 6.8 248 305,5 332.3 290.4 18 15.1 240 326.3 367,7 301.2 1 20 6,0 248 307,3 331.4 295.4 20 13.4 240 330.3 364,3 305.0 1 22 5,4 248 307,7 332.2 297.9 22 12.9 240 331.0 366,2 303. 5 1

lit849 04

14849 05

14849

00 9.3 238 312.4 342. 1 296.7 10 00 13.1 248 321,3 359.4 2§3,6 1 02 9.2 239 312.9 340. 5 298.6 02 13.0 248 321.4 364.9 297,3 1 04 8.9 239 312.7 339.5 297.2 04 12.5 248 320.9 363,9 297, 1 1 06 8.8 240 312.9 341. 5 299.0 06 12.1 248 320.6 366, 1 296. 2 1 08 10.2 239 312.0 344. 1 293.2 08 12.9 248 321.3 364,4 297. 1 1 10 11.7 240 309.4 346.0 289.4 10 14.5 248 318.7 364, 1 292. 1 1 12 13.0 240 307.4 349.3 285.2 12 15.5 248 3 15.5 360,7 287.3 1 14 12.7 240 306.4 346.0 283.9 14 15.5 248 313.3 359,1 287.7 1 16 13.3 240 306.5 351.2 283.3 16 15.7 248 3 14.0 357.9 284.2 1 18 12.8 240 308.4 348.8 285.2 18 14.6 248 318.3 362,6 288.8 1 20 11.2 240 311.4 352.3 289.2 20 13.5 248 319.9 360,1 292.5 1 22 10.3 240 312.8 351.8 293.8 22 13.1 248 320.5 359,3 291.9 1

00 12.8 247 322.6 361.0 299.9 11 00 7.9 240 311.3 339,7 298.8 1 02 12,0 247 322,8 359. 2 301.5 02 7.2 240 310.9 338,7 298.4 1 04 11,7 246 322 ,6 362.8 304. 1 04 7.4 240 310.9 339.6 298.0 1 06 11,7 248 322 .9 360.8 300. 3 06 7.1 240 310.8 341.4 297. 1 1 08 13.4 248 321 .0 353.8 296.1 08 7.1 240 311.0 341.5 298.8 1 10 15.4 248 318.2 360.7 291.2 10 7.6 240 309.8 343, 3 297.9 1 12 16.4 246 316.5 362.6 289.9 12 8.5 240 308.0 346.8 286. 1 1 14 16.9 248 314.9 361.9 284.0 14 8.7 240 307. 1 344.4 286. S 1 16 16. 1 248 314.3 358.3 284.1 16 8.6 240 307.8 340.8 288.3 1 18 16.5 248 317.1 366. 3 284. 5 18 8.4 240 310.0 345.0 294.4 1 20 14.3 248 321.0 360.0 295.8 20 7.8 240 310.7 342.8 295.0 1 22 13.5 248 322.3 362. 3 297.9 22 7.9 240 311.0 343.7 296.9 1

00 15.2 239 338.3 370.4 311.6 12 00 5.2 248 308.3 337.8 298. 7 1 02 14.4 240 338.3 368.8 312.4 02 5.0 248 308.5 335,2 298.9 1 04 14.3 240 338. 1 370. 1 309.5 04 4.8 248 308.7 330,0 299.7 1 06 14.8 240 339.6 373.0 308. 3 06 4.8 248 308.9 327,5 299.7 1 08 16.8 240 338.2 374.9 306.5 08 19.8 248 307.7 329,2 7.8 1 10 18.6 240 333.9 380.7 298.7 10 5.3 248 308.1 331,3 298.0 1 12 19.4 240 330.3 374.8 292.3 12 5.9 248 306.6 332,6 294.6 1 14 19.2 240 328.4 374,6 286.0 14 6.5 248 306.0 333,8 293.9 1 16 19.6 240 328.1 371,5 291.2 16 6,4 248 306. 5 336,4 294. 1 1 18 20.5 240 331.2 380.7 289.3 18 5,6 247 307.7 332,5 295.2 1 20 17.8 240 337.0 377.6 302.2 20 5,4 248 308.1 336,2 299.4 1 22 16.0 240 338.7 371.3 309.5 22 5,3 248 308.0 338,5 296. 5 1

37
STA

14918 01

14918 02

14918 03

14918 04

14918 05 00

14918 06 00

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN TYPE

00 7.0 245 304 . 2 327.2 288.2 07 00 10.8 248 330.7 365.0 307.5 1 02 4,3 3 1 303,2 314.0 295.1

04 4.7 31 303.7 316.6 295.8

06 7.8 243 305.3 330.4 293,2 06 10.6 248 330.6 365,7 308.4 1 08 5.0 31 303.6 317.4 296.0

10 3.2 31 301 ,7 308.4 294,9

12 5.6 248 30 1 . 5 319.5 290,6 12 15,5 248 323,8 361.9 290.0 1 14 2.6 31 299.2 306. 1 294, 3 16 2.6 31 300.2 304.9 292 , 3 18 5.8 247 302.7 321.2 289.9 18 15.5 248 324,9 363.6 289.9 1 20 3.4 31 302.3 309. 1 295,8

22 4.0 31 302.3 310.4 293,1

00 5.6 226 302 .4 319.6 289,6 08 00 10,7 248 329, 3 362.3 305,6 1 02 6.0' 29 303.2 315.4 292,4

04 6,4 29 303,8 316.4 294,9

06 6.8 226 303,9 325.6 292.2 06 10.0 248 328,2 355.4 307,4 1 08 5,8 29 302,9 314,6 294. 8 10 3.5 29 299.3 307,8 293.9

12 4. 3 224 298.7 310,5 280.7 12 14.7 248 322.8 363.0 278. 1 1 14 3.0 29 296.0 300,6 290. 7 16 3.5 29 296.6 302, 5 287.6

18 4.3 226 299,8 314,2 287,0 18 14,4 248 325.5 375.9 292,9 1 20 4.6 29 300.0 308,4 292.4

22 4.9 29 301 . 1 309,6 290.4

00 4.2 248 300.8 316.0 292.3 09 00 10.0 240 316.6 358.3 293,6 1 02 5.3 31 300. 3 315.2 291.3

04 5.7 31 300.7 316,3 291.0

06 5.3 248 302.3 320. 1 292 . 1 06 8.5 240 315.6 339.5 299.7 1 08 4.2 31 299.9 308.7 293.8

10 3.6 31 297.1 305. 3 288.2

12 3.9 248 296.7 308.3 288.0 12 11,3 240 310.9 345.0 282.4 1 14 3.2 31 295 . 1

304,0 288.9

16 3.3 31 295.0 302, 1 286.7

18 4. 1 248 297.4 309.7 283.9 18 11,1 240 314.7 350.8 289.6 1 20 3.8 31 298.1 307,3 290.4

22 4.3 31 298.9 308, 7 290.3

00 4.6 239 299 . 7 317.2 288.7 10 00 7,1 248 306, 2 336. 2 287,6 1 02 2.6 30 297.9 303, 9 293.9

04 2.6 30 298.7 303,8 294, 2 06 4.6 240 301 .0 326,7 288.0 06 6.6 248 3 06,7 334.2 289.3 1 08 3.9 30 296.3 304. 5 288,2

10 5.0 30 293.3 305.6 283.5

12 8.3 239 294 . 2 322,6 271,2 12 9.4 248 301,2 341.5 281 .2 1 14 6.2 30 291.2 301.4 281.0

16 6.3 30 290.6 302. 3 278,9

18 7.7 239 294.6 316,3 272.9 18 7.9 248 303.7 332. 1 279.9 1 20 4.0 30 294.9 303,0 285.9

22 3.3 30 296.8 303.0 287,9

00 9.0 217 306.6 334.4 287.2 1 100 3.8 240 301.1 316.4 291.0 1 02 3.0 30 299.9 308,0 294.0 1 04 3.4 30 300.0 309. 1 293.4 1 06 8.3 217 307,6 334.2 284.6 06 3.9 240 301.5 317.1 290.9 1 08 3.7 30 299.8 310.4 294,6 1 10 3.0 30 299.1 306.3 293.6 1 12 12.1 217 298,8 334.8 271.5 12 4.6 237 299,0 313,1 279,0 1 14 2.6 30 298. 1 302.3 291.8 1 16 2.2 30 299.2 302.9 294.3 1 18 13.2 217 299,9 339.9 277.1 18 4.0 240 300.4 314,9 287,5 1 20 2.7 30 299.5 304,4 294,8 1 22 2.5 30 299. 6 304.4 294. 6 1

00 10.9 210 320,4 349, 8 291.9 12 00 5.4 248 302.6 324, 1 292.2 1 02 6.9 31 304. 1 326,6 292.8 1 04 6,9 31 304.0 327.5 293.9 1 06 11.2 210 321,4 352,9 294.5 06 5.7 246 302.9 323.5 292.1 1 08 5.6 30 303.3 313.0 294.1 1 10 5.9 31 301,9 321.4 292 . 7 1 12 15.8 210 314.6 365 , 5 278.0 12 4.2 247 300.0 313,0 289.4 1 14 4.5 31 299,0 313,5 293,0 1 16 4,7 31 300. 7 315.2 294.5 1 18 15.2 210 315.9 354.7 282.4 18 4.7 248 301.2 315,0 289.6 1 20 5.6 31 302. 1 317,9 294.2 1 22 6.5 31 303,0 321.7 294,0 1

38
STA

1^922 01

14922 02

14922 03

14922 04

14922 05

14922 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.8 248 305.7 325.5 295.5 07 00 13.7 279 341.4 374.8 312.0

02 5.0 248 306.0 325.4 296. 3 02 13.2 279 341.5 377.2 311.3

04 5.3 248 306.2 326.6 295.9 04 12.4 279 340.8 370.3 314.1

06 5.5 248 306.4 326.0 294.6 06 12.5 279 340.9 374.4 311.4

08 5.6 248 306.4 326. 9 296.0 08 14.1 279 338.4 376.5 307.7

10 5.0 248 305.6 323. 5 294.6 10 15.5 279 333.7 373.0 300.3

12 4.4 248 304.0 320.3 294.4 12 16.7 279 330.7 368.9 299.6

14 3.9 248 303.2 318.0 295.5 14 17.1 279 328.6 380.9 294.3

16 3.9 248 303.6 318.9 294.7 16 17.7 279 329.3 377.9 294. 1 18 4.1 248 304.7 321.8 295.1 18 17.5 279 3 32.1 373,4 298,5

20 4.4 248 305.3 323. 2 292.8 20 15.7 279 338. 2 376.7 306.3

22 4.6 248 305.6 324. 3 295.2 22 14.2 279 340. 7 374.4 311.1

00 3.7 226 305.1 317.5 294.9 08 00 13.6 279 338.4 395.1 302.3

02 4.0 226 305.3 318.5 295.3 02 13.0 279 338.5 383.6 306.7

04 4. 1 226 305.4 321. 1 295.5 04 12.6 279 338.4 386.2 307. 5 06 4.2 226 305.6 321.2 296.9 06 12.2 279 338. 1 374.6 307.0

08 4.3 197 305.6 323.3 296.0 08 13.3 278 336.0 370.0 302. 1 10 4.1 226 303.9 317.9 293.0 10 15.3 279 332.3 373.3 294.6

12 4.1 226 302.3 312.7 289.2 12 16.4 279 328. 7 373.8 292.4

14 4.1 226 301.1 312.7 288.1 14 17.2 279 326.4 373.7 288. 5 16 4.0 226 301.4 311.3 283.7 16 17.2 279 327.1 374.3 288.2 1 8 3.6 226 302 .8 313.4 291.1 1 8 17.7 279 330.9 3 75.2 290.0

20 3.4 226 304.0 315.3 294.9 20 16.0 279 336. 5 388.8 297.4

22 3.5 226 304.6 316.6 294.7 22 14.3 279 337.6 392.4 300.3

00 3.4 248 304.0 313.9 294.7 09 00 11.0 239 321.6 354.2 291.8

02 3.3 248 304.2 314.4 295.0 02 10.3 240 322.3 350. 1 293.8

04 3.3 247 304.3 314.1 294.5 04 9.9 240 322.7 347.8 299.6

06 3.3 248 304.6 315.6 295.6 06 9.8 240 322.8 349.6 301.5

08 3.7 248 304.0 316.0 294.7 08 10.9 240 321.0 352.4 298.4

10 4.0 248 302.3 316.4 291.9 10 13.0 240 317.1 356.8 290.8

12 4.4 248 301.1 315.7 283.9 12 14.5 240 314.2 354. 1 283.4

14 4.7 248 300.3 316.2 283.6 14 14.8 240 311.9 352.8 284. 8 16 4.5 248 300.5 316.4 285.9 16 14.7 240 312.1 352.2 280.9 1 8

4.2 248 301.6 317.3 2 86.5 1 8 13.9 240 3 15.9 362.1 290.1

20 3.6 248 303.2 317.6 289.3 20 12.8 240 319.9 365.4 295. 1 22 3.4 248 303.7 314.9 290.7 22 11.5 240 321.0 356.5 293.7

00 6.8 240 304.7 332.6 286.3 10 00 10.9 248 310.8 345.1 289.5

02 6.3 240 305.5 332.8 290.2 02 10.4 248 311.6 345.4 290. 5 04 6.3 240 306.2 336.6 293.9 04 9.8 248 311.9 348.6 292.8

06 6.3 240 306.3 336.5 291.2 06 9.7 248 312.2 349.8 292.9

08 7.3 240 304 . 3 338.8 287.9 08 10.0 248 311.2 348,1 292.3

10 8.2 240 301.2 333. 3 283.6 10 11.0 248 307.8 353.8 286.0

12 9.2 240 299.2 339.4 281.7 12 11.6 248 305.0 355.5 279.3

14 9.7 240 298.0 337.0 277.7 14 12.1 248 302.8 349,9 277.7

16 10.1 240 297^3 337.5 270.5 16 12.1 2'48 303.4 345,3 275.2 1 8

9.9 240 298.8 340.6 2 76.2 1 8 11.8 248 306. 7 347, 9 284.3

20 8.4 240 302.7 337. 3 280.4 20 11.5 248 309.0 348, 1 284.2

22 7.6 240 304.3 334.9 283.8 22 11.0 248 309.9 346.9 289. 5

00 11.8 248 313.1 346.5 289.2 11 00 5.1 240 304.4 322.5 286.7

02 11.1 248 314.3 345.8 294. 1 02 4.8 240 304.8 323.4 291.1

04 10.6 248 315.3 346. 1 293.5 04 4.9 240 305.0 323.1 288.8

06 10.5 248 315.2 348. 1 293.9 06 4.9 239 305. 1 325.3 294.6

08 11.8 248 312.4 346. 1 290.7 08 4.8 240 305. 1 325,7 293.5

10 13.7 248 309.1 353. 1 280.9 10 5.2 240 303.8 328,0 291 .6

12 14.3 248 306.3 353.7 280.9 12 5.6 240 302.0 328,2 288.2

14 14.9 248 304.6 353.4 274.3 14 5.9 240 301.0 325,6 284.4

16 15.5 248 304. 1 355. 9 277.2 16 5.6 240 301.7 327,2 285.5 1 8 15.1 248 305 .6 35 2.4 2 77.9 1 8

5.1 240 3 03.1 3 2 5,4 287.4

20 14.1 248 310.7 353.8 285.2 20 5.1 239 304.0 325.7 284.0

22 14.8 35 313.5 347.6 293. 1 22 5.0 240 304. 3 322.3 285.3

00 15.1 240 331.5 369.2 297.0 12 00 3.9 248 305.0 319.1 296.0

02 14.5 240 331.4 370. 7 301.7 02 4.1 248 305.3 321.2 296.6

04 14.0 240 331.6 368.2 304.4 04 4.2 248 305.3 322.7 296.2

06 14.1 240 331.6 370.0 297. 1 06 4.3 248 305.4 323.7 293.7

08 16.1 240 329.0 367. 5 295.3 08 4.3 248 305.4 323.4 294. 5 10 17.6 240 325.7 366.8 288. 1 10 4.1 248 304.7 322.1 293.9

12 18.4 240 323.1 365.4 284.8 12 3.8 248 303.3 319.3 294.7

14 19.3 240 321.4 361 . 5 284.7 14 3.8 248 302.5 318.1 293.9

16 20.0 240 321.1 368. 3 284.0 16 3.6 248 303.2 320.3 295.6

18 19.8 240 322.6 366.9 283.3 18 3.6 248 303.8 320.1 295.5

20 17.7 239 328.7 369.0 294.5 20 3.7 248 304. 3 319,2 293.6

22 16.1 240 331 .2 369.3 297. 1 22 3.9 248 304.6 318.7 286.4

TYPE

39
STA MO HR

14933 01 00

0204

0608

10

1214

16

1820

22 14933 02 00

020406

08

10

1214

16

1820

22 14933 03 00

0204

06

08

10

1214

16

1820

22 14933 04 00

0204

06

08

10

1214

16

1820

22 14933 05 00

0204

06

08

10

12

14

16

1820

22 14933 06 00

0204

06

08

10

121416

1820

22 S D

J MEAN MAX

248 304.0

a 1 An 9 1 D • U

il7 H

Ao ^nzi, JJUH • J) 316.6 4 • 0 248 304.4 "a 9 n c;

Zi_• nu ^9 ii. H flO 304.4 316.8 9 A Q a n Zi "39 11 7/ . nW ^ *+ o

"39

n'^ U 5 . 71 318.9 4 • 8 248 3 02.3 32 2.3 U • 1 ^ *+ 0

"2

n 1 n ^9 9 Q 4.7 248 301.5 323.8

4.0 248 302.8 316.5

'K ft 0 • O ^7 iH oft "2

n '3 Zi 9 U 9 . H 315.7

J • O 3 04.0 315.7 7 9 •a 1 1 Zi "2 9 UH- • 9

"29 11 AD . Ao 3 • 9 9 O A i <1 O 304 • 4 "a 1 o Q 9 1 7 . V ^ • o ^9 ^9 AO 1 n Zi. Zi 9 A9 1 Zj. 1 • M- 9 9 A "a n Zi V 9 11 ftO Zi . H- a ~i "5 "5 A ^ ^ O 304 • 4 9 19.7

ti. 1 9 9 A "ann 9 U 9 . u 9 1 A ft 1 D . O H#/. 5 2 26 301.8 3 17 ~> D 1. 1 » Z 5 • 2 226 3 00.9 317.8

3.4 226 300.9 318.5

4.7 226 302.2 317, 5 4.1 "5 O A ^1 A D 303.2 "39 171 f . O7 3.9 2 2 6 303.8 318.0

4.8 7ZlR 9 U 9 . 1 3 2 7.5 4.6 A *+ O

'2

n s 9 U 9 . 9 321.4

*+

_. s:?

A9ZlR M- O 303.7 321.6

4.4 "> /i 7 A H f a

n "2 ft 9 U 9 • o 9 ii t . H

A 7 "? Zi ft

an "a 1 9U 9 . 1 a 9 ^ Ci

J . o 2 48 "3

n 1 9 U 1 . -J 328.0

ADD . O 9 / Q 300.0a9 A9 RC5n . U 7 9 ? Zi ft A f O 9 Q ft ft A 7 O . O

"39 A9 nU 1 • 1 7.7 248 298.8 320. 3 6.7 248 300.5 321.6

5.5 248 30 2.3 323.1 ~ • i 9 A ft A t O

"a9 n 9 o U A . 7 32 7.6 9 Zi n an9 U AD . 9 3 Zf Zf 8 in 1 ^'f 9 Zi. n(J a n 7 9 ^Zl 9H- 1 9 1 . A in n 240 9 U f • 7 9f 9 . u in n A9 J) QV

"5

n ft ^ 9 U 0 • 9 9 M- . H- ^9 /i*T nU 9 U D . 7 341.3 11-3.11 240 a9

nZi UH . Ao ^Zl 9M-A9 . 7/ 13.9 A9 Zi*-HJn 3 02.1 342.7

14.5

A9 ^.*+

nu 300.8 3 5 0.3 14.8 2 40 300.5 362.9

13.6 240 301.4 343.9

12.8 240 304.7 343.6

11.3 240 305.8 345. 2 13.4 217 318.5 353.8

12.6 217 319.2 354. 2 12.5 217 319.5 356.6

12.6 217 319.8 358.1

13.9 217 318.3 360.3

15.7 217 315.6 359.3

16.4 217 313.2 356.9

17.2 217 312.1 363.0

17.7 217 312.1 363,6

17.2 217 313.8 372. 0 15.6 217 317.6 373.5

14.6 217 318.4 375.4

17.0 210 33='. 6

378.7

16.4 210 338.4 380. 5 15.9 210 338.0 379. 8 15.8 210 338.7 376.6

17.3 210 338.3 389. 3 18.7 210 335.4 372.4

19.5 210 333.9 372.0

20.5 210 333.4 372.7

21.3 210 334. 1 377.4

21.5 210 335.7 379.3

19.8 210 339.4 381.2

18.4 210 340.1 380.4

MIN MO HR S D 2 94.7 n 7 00 14.2 n 9 119.0 "a ft 5 Q A "X 04 ±9.9 1 "a 5 Q "a c, A A 13.3 2 92.0 n Q Oo 1 /i "a O O 1 Q ^ V i . o 1 n It; A 1 9 . D 7 AO AO . U 17.0 o 1 . i 1 A 17 ft 1 ( . o 284,5 16 17.9

288.0 18 17.0 A9 ftO Q7 -. 7t or\ C\j 11 R 9 9 . A 9 O /. 7 A 7 H . 1 9 9 A A 14.0 2 9 2 • 3 n fl 00 14.5 2 90 . 9 0 2 13.8 2 90.8 n / 1 -a /. 1 9 • H 9 O 1 9 A 7 i . A n A 13.3 2 90.9 08 13.8 2 86.8 10 1 R "7 i 9 . ( 2 84.5 12 16.9 2 81.9 14 18.4 282.7 16 19.6 285.5 18 18.7 2 90.0 20 16*4 2 92.4 9 O A A 1^.5 9 ft 'a ^ A O 9 • 9 n o U 7 00 14.4 9 ft A "a A 0 O . 9 n 9 fj A 1i

"a9 . Ao 9 ft 7 A n /i 1 -a n i 9 . U 2 8 7.3 06 12.8 2 8 5.1 08 13.9 9 R Q Q A t? 9 • 7 1 n 1 A 1 1 o . i 2 79.0 1 9 1 A 1 "7 1 0 7 1^ 1 A ( 9 . i 1

"7 £^ 1 f . 9 272.7 16 17.8 278.7 18 16.9 A9 7' 71 . AO A9 nu 16.1

^:9 o0 0 A A . o 9 9 ^ A 11

CL9 . 7f 9 R "a "a A C3 9 • 9 1i nu 00 19 9 i 9 . A 2 8 7.3 r\ 9 0 A 19 /. 2 8 5.3 04 1 "? 9 i iC • A 28 8.3 06 1 "5 1 1 A . i 9 R 1 9 A C5 1 . A n Q 1

J. "a9 . nu 9 H n ft A O U . 0 1 n 14.0 A9 7( 9 . AO 1 9 X A 11 9 _• nu 9 7 a - A 1 / i *f 1 - 7 1 9 • ' 270.9 16 15.6 273.7 18 15.2 9 7 7 A A f 1 . D aU9n 1 A 7 9 ft 9 n A 0 A . U A9 9A 11 9 • 7r 2 8 9.7 nn 7.3 9 0-3 1 A 7 9 . 1 nU A9 7 n 9 Q /, "a A 7 . 9 n /• 7 n 2 9 7.0 06 6 • 6

'JOTA

A 7 9 R C Z O 9 . 9 1 n / • 9 A9 ftO A9 . 7/ 1 9 J. A ft n 2 76.9 1 4 Q ft 275.9 16 8.5 278.7 18 8.0 9 R 7 A A O ( . H aU9n 7 "a 2 8 8.9 9 "5 A A 7.0 3 04.0 1 2 00 4.5 2 99.0 n 9A A ^ M- • 9 A9 Q7 AO . Q7 n A 4.6 9 O 9 . 1 A 7 A • i OA 4.5 A9 07 7f . AD nu fto 4.3 9 Q "a Q 7 9 . 7 1 n Zj a 2 9 3.8 1 9 1 A ^ 9 2 8 5.6 1 A I *f 9.9 284.5 16 5.0 288.8 16 4.6 292.9 20 4.5 301.3 22 4.6

J MEAN MAX MIN TYPE

248 3 47,7 "39 70/ 7 . nU 310.1

248 3 47,5 3 76.2 "39 11 nU . 7' 248 3 47,0 "39 71 9 . Af a 1 n /. 9 1 U . H- 248 3 47,9 39 7' 07 . AH "a 1 "a Q 248 347, 6 3 7 8.2 312.6

248 344,7 378.3 306.4

248 341,9 384.0 302.3

248 339.8 380.0 300.3

248 339,6 377.3 303.2

248 342. 7 382.2 303.4

248 347. 5 386. 1 310.5

248 347.9 380.9 313.7

248 343.1 3 80.1 309,4

248 343.1 377.0 311,4

248 342.5 3 7 8.2 312,1

248 3 42.7 3 76 . 6 312,8

248 342.7 373.9 309,7

247 339.8 374.4 298, 5 248 3 3 6.5 375.9 296 , 4 248 3 34.3 3 75.5 294, 7 9 /i R a "a /. 1 a 7 292,2

248 3 37.7 3 79.9 <i 7 ^ , 4 A9 Aft *+ O

"a9 AH

A9 .- nu

"39

ft0 nu . Q7

"an 7 n 9 Zi fl ^ M- O

"3/19

A 9 H A . D

•370 9 9 1 7 . A 3 04,1 9 /i n 9 ^ H • M-

"39 ^9 i3R . Q7 ^ 0 7 , ^ 240 3 24.6 "3 S ft "3 9 -/ 0 . 9 c5 fl0 Q7 , 7/ 2 39 3 24.8 3 55.0 ^ yH , u A9 "a9 Q7 9 A 9 . U 39 9 s9 • nu 0 Q 0 Q 240 324.5 355.9 294.5

240 320.0 356.8 282.2

240 316.1 3 5 7.3 217

m

b 240 3 13.0 3 5 8.0 2 76.0

240 313.7 3 54.2 273.6 2 38 318.4 3 54. 2 219 • 8 240 3 21.5 3 5 8.8 2 8 5.3

240 3 2 3.1 36 2.2 2 88.6

248 312.1 3 63.2 2 8^7 . 2 248 312.9 3 5 8.1 2 86.9

248 313.2 3 5 2.7 28 7.9

248 313.7 3 54 . 6 287.3

248 312.8 358.4 285.8

248 309.5 357.6 281.8

248

a

nA -

"3

->

U o . 9 3 5 2.4 A,f 9 7 A0.0A 9 A ft ii f 0 a n a r 9 U 9 . 9

"3

Q "5 9 9 7 • A 9 7/.A

A f H . U 9 Aft A H 0 T n /• 1 9 (J H . i "3^7 9 9 f . A*+ 97/1 Q 9 Zi H H- O 3 07.4 a A "3 R 9 0 9.0 9 ft 9 1 A 0 A . 1 248 39 nou - ft 7 . 0

"39 AOHA . Q7 A9 ft0 AH -. 9 248 '39 11 9 1 1 . A 3909.7 A R Q ^9 ft0 S9 . 07 A9 AnH u 39 nU AH . 9A 3 34 . 7 A9 fl0 ^ 9 . 9 A9 Af nIJ 3 04.7 "3 "3^; Q 9 9 9.7 9 Q n 1 A 7 U . i 9 /j n 3 A /• ft 9 (J H • (3

"3 "3 9 ft 9 9 A . 0 9 fl

R c;

A 00 . 9 2 39 3 04.9 3 31.1 '288.7 240 3 04.8 3 34 . 2 9 Q 7 /. A 0 f . H 240 303.1 333.7 288.4

240 300.8 333.4 282.3

240 299.2 336,0 278.1

240 299.8 335,6 282.6

240 301.7 337,4 285.1

240 302.9 336.7 285.3

240 303.5 336.5 288.6

248 303.8 325.7 292.6

248 304.1 326,8 291. 5 248 304.3 326.2 291.8

248 304.3 325.0 293.4

248 304.3 328,1 295.8

248 303.3 324.0 295.3

247 301.6 324,8 285.4

248 300.7 323,7 285.3

248 301.3 324.4 286.3

248 302.4 322. 1 291.1

248 303. 1 322,4 291.5

217 303.4 322,4 292.4

40
STA

23041 01

23041 02

23041 03

23041 04

23041 05

23041 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 12.1 155 286.0 322,0 263. 1 07 00 14.8 186 318.5 356,2 281.0

02 11.6 155 287.2 321,6 263.1 02 13.5 186 321.6 351,9 284.3

04 11.2 155 287,8 320,6 263.8 04 12.9 186 324.2 352,4 283.5

06 11.0 155 288.3 321.7 265.1 06 11.5 186 327.2 348,6 284. 7 08 10.7 154 288.6 318.5 266,2 08 10.6 186 328.1 351.6 290. 1 10 11.9 155 285.3 321.5 262.8 10 11.8 186 322.4 345.6 286. 1 12 12.8 155 280.7 323.8 258.6 12 14.3 186 314.8 349.0 276.8

14 13.3 155 277.2 318.5 254.2 14 15.1 186 307.5 350.2 273.7

16 13.6 155 276.3 319.4 252.5 16 15.9 186 305.1 346.4 273.9 1 8

12.9 15 5 -3 1 O • 5 o 7 n

X o 17 7 186 3 0 5 • 9 3 5 7.3 2 74.6

20 11.4 155 282.4 319.4 260. 3 20 17.1 186 313.0 354.1 276.0

22 11.8 155 284.5 319.8 262.7 22 16.0 186 3 16.4 359.3 277.6

00 13.0 141 287.0 325.7 260.9 08 00 16.9 186 312,0 347. 1 274.8

02 12.1 141 289.2 323. 3 264.7 02 15.9 185 314,5 347.2 278.0

04 11.7 141 290.1 323. 3 268.6 04 14,5 184 316,0 344.2 280.5

06 11.2 141 290,0 320. 9 271.4 06 13.7 186 318.9 350.8 282.6

08 11.5 141 290.4 322.4 268.2 08 13.0 186 321.5 348.7 288.2

10 12.5 141 287. 1 317.4 264, 5 10 13.4 186 3 16.4 345.7 274.9

12 14.1 141 282 .3 318.4 258,0 12 14.8 186 308.2 350.0 265.5

14 15.0 141 278.0 312.4 251,8 14 16.6 184 301.3 347.0 264.0

16 15.1 141 276,0 314.1 251.5 16 17.3 186 298.0 347.9 256.2 1 8 14.6 141 2 7 7,2 311.9 2 56.3 1 8 1 86 Q "7 R A 7 "5 7 c. ft A 20 14,2 141 282,8 321.7 256.4 20 17.5 186 305.1 347,3 265.8

22 13.7 141 285,0 323.6 258.6 22 17.3 186 308.6 348,9 270.5

00 15.1 155 284, 1 323.9 255.6 09 00 19.7 180 307.7 349,6 261.7

02 14.2 155 285,8 327. 5 256.2 02 19.2 180 3 10.4 346, 1 264.4

04 13.6 155 286,6 32'3.4 261.0 04 18.6 180 312.0 348,0 268.2

06 13.1 155 287,6 325.4 259,6 06 18.1 180 313.5 348,1 269.4

08 13.9 155 287,8 32^,7 258,8 08 19.3 180 314.0 347.7 269.3

10 15.5 154 283,5 327, 5 253,7 10 19.2 180 310.6 352.8 258.5

12 15.2 155 277.9 322, 1 250,2 12 20.9 180 303. 8 350.9 250.3

14 15.1 155 272.9 31-1.2 249,0 14 21.4 180 296.8 347.9 247.7

16 14.7 155 270.7 315,0 243,9 16 22.3 180 295.1 347.5 247.4 i 0 15.4 9 7f 1i # Q7 D L D % KJ 11 AO 2 2.3 18 0 2 96.5 346.5 247 . 6 20 15.5 155 278.0 322,8 250,0 20 21.2 180 301.8 344.9 255.3

22 15,6 155 281.5 323,5 250.0 22 20.6 180 304. 8 344.1 256.4

00 17.4 150 289.6 333,6 259.4 10 00 16.7 186 298.5 338.8 268.9

02 17,0 150 292.2 332,5 261.3 02 16.5 186 300.8 341.4 269.9

04 16,9 150 293.6 337.0 265.8 04 15.9 186 301.8 342.7 266.6

06 16,2 150 294.8 335.8 265.9 06 15.6 186 303.1 341,4 2 68.. 9 08 17,1 150 293.1 336.7 260. 1 08 16.5 186 302. 1 340,4 266.5

10 17,4 150 287.7 333.7 256.8 10 17.2 186 298.6 339,1 269.2

12 17,7 150 282.7 328.6 250.7 12 17.5 186 293.3 337.0 263.6

14 18,8 150 279.0 331.9 242.7 14 18.4 186 288 .5 344.0 256. 3 16 18,5 150 276,5 323.5 240.3 16 18.0 186 286.8 335.7 256.0 1 8 18,7 150 2 7 7,2 3 2 ^ • 8 2 40.7 1 Q 1 D 1 ft A 2 8 9*5 3 3 7 • 6 9 R ft R 20 19,0 150 284.2 330. 1 247.7 20 17.3 180 294. 1 341.1 263.7

22 19.1 150 288.4 333.2 249.7 22 17.2 186 296. 5 340.8 267. 1

00 21.1 155 302.8 343,8 257.0 1 1

00 12.7 164 288.8 324.5 267.7

02 20.0 155 306,8 340,6 261.2 02 11.8 164 290.0 323.5 270.4

04 19.6 155 308,4 340,4 262.2 04 11.2 164 290.2 323.8 272.3

06 18,5 155 310,9 340, 2 264. 3 06 10.9 164 290.6 323,4 269. 9 08 19,5 155 310.1 344, 5 261.3 08 11.3 164 289.9 324,7 273.2

10 20,3 155 304.0 341. 1 256.0 10 12.2 164 286.4 323.7 265. 6 12 22.0 15'5 296. 1 336. 1 248.8 12 12.3 164 281.7 322.5 255.5

14 23.2 155 289.5 335.7 246.2 14 12.3 164 277.5 314.0 253.5

16 24.2 155 286. 1 338. 2 244.9 16 12.3 164 276.9 315.7 253.5 1 O 2 4 • 7 1 yZ> ^ ^ A ^ J 3 D • J. 2 ^ ^ • 3 1 O 1111./7 164 2 8 0.3 3 2 3.6 256.7

20 16.8 15 273.5 306, 5 254. 1 20 12.0 164 285.0 320.9 263.2

22 22.1 155 299.3 340.7 255.7 22 12.6 164 287.3 322.1 264.2

00 16.0 150 313.9 344. 8 260.9 12 00 11.8 155 286.0 318.3 262.3

02 15,2 150 317.4 350.3 260.6 02 11.3 155 287.3 323.2 267.2

04 13.8 150 320,6 353.1 262.8 04 10.6 155 287.5 320.4 268.2

06 12.1 150 124,2 350.8 269.2 06 10.7 155 287.4 325.8 269.8

08 11.1 149 325,0 354. 5 268.5 08 10.6 155 288.0 324.9 267..0 10 11.5 150 318,2 339. 3 266.9 10 12.0 155 285.6 322.8 261.9

12 15.0 150 308,8 341 .4 266,4 12 12.8 155 281.8 327.0 250.9

14 16.8 150 299,8 338.0 256.9 14 12.8 155 279.0 317.7 248. 5 16 17.0 150 295.7 329,5 247.4 16 12.9 155 277.4 317.7 246.5

18 18,0 150 296,1 342.0 247.4 18 12.2 155 279.7 316.3 252 .0 20 17,5 150 304.9 339,3 255.1 20 11.6 155 283.2 319.2 257.6

22 16,2 150 310,1 341. 3 258.2 22 11.6 154 285.2 317.8 263.8

TYPE

41
STA

2304^^ 01

23044 02

23044 03

23044 04

23044 05

23044 06

HR S D

J MEAN MAX MIN MO HR S 0 J MEAN MAX MIN

00 8.7 217 268.2 296.5 251.8 07 00 15.8 248 295.6 332.9 253.7

02 8.4 217 269.0 294.3 253.4 02 14.8 248 298.6 330,8 252.3

04 8. 1 217 269.5 295.2 251.7 04 14.3 248 300. 2 331.1 258.5

06 7.6 217 270.3 294.5 256. 1 06 13.4 248 301.6 326.5 258 . 9 08 7.8 217 270.0 293.8 254.7 08 13.2 248 298. 5 327,9 253,7

10 8.7 217 266.8 293.9 249. 3 10 13.1 248 292.7 327,6 252,5

12 9.1 217 263.8 294,9 247.0 12 14.2 248 2 86.2 326.4 249 , 9 14 9.4 217 261 .4 292.4 242.4 14 15.2 248 280.9 330,2 250.2

16 10.4 217 261 .6 295.9 242.0 16 16.2 248 279.3 327,8 247.2

18 9.9 217 264.4 298. 1 243.5 18 16.5 248 282.2 331,0 247.4

20 9.6 217 265.9 296.6 247.4 20 17.5 248 289. 9 330,3 2 52.4

22 8.9 217 267.3 296.7 250. 1 22 16.7 248 293.8 331,8 248 . 3 00 7.8 197 264.5 286.2 244.7 08 00 14.4 248 292.9 323,2 261.6

02 7.9 197 266.0 286.6 247.7 02 14.1 248 295.5 325,8 259. 5 04 7.6 197 266.9 285.7 248 . 0 04 14.0 248 2 97.8 329,5 261.5

06 7.4 197 268. 1 290.3 250.0 06 13.1 248 299.2 322,6 263 . 1 08 7.9 197 267.3 295.6 249.4 08 12.0 247 296.6 324,1 262 . 1 10 8.4 197 263.2 296.9 247.5 10 11.8 248 290.9 326,7 264. 6 12 8.4 197 259.8 297. 1 244.8 12 12.2 248 284,4 324,9 256.7

14 8.5 196 256.4 296. 3 241.0 14 12.8 248 278.7 324, 1 253.5

16 9.0 197 255.5 294, 9 237.7 16 13.3 248 276.2 321.4 246,4

18 9.0 197 258.5 298 . 5 239.8 18 14.0 248 279,6 318.2 250,2

20 8.4 197 261.1 290. 1 241.2 20 14.7 248 285.0 324.0 250, 1 22 7.9 197 262.8 284.6 243.6 22 14.8 248 289.2 325.5 253,7

00 9.7 217 260.7 292.8 243.8 09 00 18.2 240 282. 1 324.4 250,2

02 9.3 217 262.0 294,6 242.8 02 18.2 240 283.4 323.1 246, 1 04 8.9 217 263.4 295.3 243.9 04 18.0 240 285.0 320.4 247,4

06 8.7 217 264.6 295.4 245.2 06 17.9 240 286.4 322.9 248,8

08 8.9 217 262.7 295.4 2 44. 3 08 17.8 240 285.2 321,4 248. 1 10 8.6 217 258.7 292. 3 242.4 10 16.5 240 281.2 318,7 246.0

12 8.8 217 255.2 292.8 240.4 12 16.1 240 275.5 314,2 242 . 8 14 9.1 217 252.2 286.5 2 34.2 14 16.0 240 2 70.7 318,2 243.0

16 9.3 217 251.2 288.5 234.6 16 16.4 240 269.5 310,5 239.6

18 9.9 217 254.0 295.0 239.5 18 16.9 240 273.5 319,0 244,3

20 10.1 217 257.0 296.6 240.8 20 17.6 240 2 77.3 324,4 246.6

22 9.8 217 258.9 292. 1 242.7 22 18.2 240 280.2 322,6 247.3

00 12.8 210 260.9 292.9 239.6 10 00 15.5 248 274.6 328,7 249 .6 02 12.5 210 262.8 297. 1 240. 5 02 15.3 248 275.6 330,0 248,5

04 12.3 210 264.3 299.3 244.0 04 15.0 248 276. 5 326,7 251,6

06 11.9 210 265.4 297.7 246. 5 06 14.6 248 277.7 324,6 251.9

08 12.0 210 263.5 293.3 246. 5 08 15.2 248 276. 1 328,4 249,7 1 0 11.6 210 259 .4 294.8 241 .2 10 14.8 248 272.7 321,5 246,3

12 11.2 210 255.1 303.3 238.4 12 14.8 248 268.6 319,8 244. 8 14 10.0 210 251.3 286.6 234.9 14 14.4 248 265.3 322,8 239.6

16 10.3 210 249.7 288.9 234.4 16 14.6 248 264.3 317,5 238.9

18 11.0 210 252 . 1286.8 236.3 18 15.0 248 268.6 331,3 245.6

20 11.7 210 255.7 293.0 238.2 20 15.5 248 271.3 330,0 247 .4 22 12.2 210 258.5 293.8 239.6 22 15.4 248 273.0 329,0 249.4

00 15.5 217 261 .6 308.9 238.2 11 00 7.0 240 266. 1 290,2 248.8

02 15.6 217 263.6 304.0 239.7 02 7.4 240 267.3 299,5 249.7

04 15.4 217 265.3 303.6 242.5 04 7.2 240 268.2 297,0 251.2

06 14.6 217 266.5 305.3 2 44. 2 06 6.4 240 269.3 296.4 253.5

08 14.1 217 263.7 304.2 243.5 08 6.8 240 267. 1 298.3 249.5

10 13.5 217 259.0 302.7 237.1 10 7.0 240 263.2 302.0 246.2

12 12.3 217 254. 5 299.0 235.2 12 7.4 240 259.8 299.5 248 . 0 14 12.3 217 251.8 304. 1 231.9 14 7.0 240 257.3 293.7 243.4

16 11.7 216 250.1 299.9 233.1 16 7.3 240 257.6 290.2 241.9

18 13.3 217 251.8 306. 8 233.6 18 7.0 240 261.3 295.5 245,3

20 14.7 217 255.9 304.6 236.2 20 7.6 240 263.2 300.3 245 , 5 22 15.4 217 259.1 304. 1 236.5 22 7. 3 239 265.0 294.8 246.4

00 20.3 210 269.8 322.8 237.0 12 00 8.1 217 267.9 293.6 252 .0 02 20. 1 210 272 .9 323.9 241.2 02 7.8 217 268.6 293.0 252.2

04 19.7 210 275.9 321. 5 2 44. 1 04 7.6 217 269.2 293.5 248.7

06 18.8 210 277.9 318.9 244. 2 06 7.3 217 269. 8 294.8 252. 1 08 18.9 210 274.3 317.7 240.2 08 7.4 217 269.0 294.0 251.6

10 17.7 210 267.0 312.9 238.4 10 8.5 217 266.2 295.5 247. 5 12 15.8 210 261 .2 302.6 234.2 12 9.1 217 263.2 293.8 247. 3 14 14.4 209 257.4 292.4 2 33.1 14 9.7 217 260.9 293.7 246 . 4 16 15.0 210 256.0 310.1 231.0 16 9.8 217 260.9 296.5 246.3

18 17.5 210 258.5 316.8 233.9 18 9.6 217 264.0 297.1 248. 5 20 19.5 210 264.3 S21 .8 235.6 20 9.2 217 265.6 295.1 246. 1 22 19.7 210 267.2 322.7 236.1 22 8.6 217 267.0 295.0 248. 1

TYPE

42
STA MO HR

23050 01 00

0204

06

08

10

1214

16

1820

22 23050 02 00

0204

06

08

10

121416

1820

22 23050 03 000204

06

08

10

12

14

16

1820

22 23050 04 00

0204

06

08

10

12

1416

182022 23050 05 00

0204

06

08

10

1214

16

1820

22 23050 06 OO

0204

06

08

10

1214

16

1820

22 S D

J MEAN MAX

5.5 217 256.2 273.3

5.3 217 256.7 274.2

5.1 217 257.1 273. 2 4.7 217 257.6 273. 5 4.9 217 257.5 275.5

5.5 217 255.3 275. 5 6.7 217 251.7 275.2

7.4 217 249.3 277.6

7.6 217 249.8 279. 2 6.8 217 252.5 278. 7 6.2 216 254.2 277. 2 5.7 217 255.3 274.6

5.6 197 254.2 270.3

5.3 197 255.0 268.6

5.0 197 255.9 269. 7 4.8 197 256.3 269.7

5.0 197 255.6 270.4

5.9 197 252.2 272.3

6.4 197 248 .0 267.9

7.1 197 245 . 2 273. 7 7,7 197 245.1 276.0

7.2 197 248.7 270.5

6.8 197 250.9 271.0

6.4 197 252.9 270.3

8.3 217 2 50.0 2 78.9

7.8 217 251.1 277.1

7.2 217 251.9 277.6

6.9 217 253.1 278. 5 7.4 217 251.4 278.5

8.6 217 247.1 282.3

9.0 217 243 .2 278.1

9.3 217 240 . 1 281.4

9.5 217 240.0 281.8

9.6 217 243.2 285.5

9.0 217 246.4 279.3

8.5 217 248 .2 278.7

10.8 210 2 50.3 2 7 7.4

10.5 209 252.0 2 7 8.7 10.0 210 2 5 3.4 2 79.5

9.6 210 254.8 2 79.9

9.9 210 252.3 281.1

10.1 210 247.2 281.6

9.8 210 242 . 6 276.9

10.2 210 2 39.2 277.7

10.5 210 238.5 2 73.4

11.0 210 241 .3 277.3

11.1 210 245.7 276.3

11.2 210 248.3 278.4

12.6 217 251.8 287.1

12.5 217 253 .7 280. 5 11.7 217 255.4 279.4

11.3 217 256.2 281.3

11.5 217 253 .6 281.7

11.2 217 247.7 277.4

11.0 217 242.4 279. 1 10.7 217 238.9 277. 7 11.3 217 238.3 273.9

12.5 217 241 . 1 278.7

12.9 217 245.9 281.5

12.8 217 248.9 286.0

17.1 209 253.2 304.6

17.2 210 255.4 305.3

17.1 210 258.1 304.4

16.8 210 259.4 302.0

15.8 210 255.8 302.4

15.4 210 249.9 292. 2 15.0 210 244.2 291.8

14.0 210 239.6 287.1

15.1 210 238.2 306.4

15.9 210 241 .3 299.0

16.8 210 246.3 309.5

16.7 210 249.9 297.3

MIN MO HR S D

241.7 0 7 00 15,9

241.7 02 15.7

243. 3 04 15.0

244. 5 06 14.3

246. 7 08 13.0 241.8 10 13.4 2 35.9 12 13.9 232.4 14 14.1 230.7 16 16.3 235.2 18 17.9 2 38.0 20 18,2 2 39.5 22 16.8 2 39.9 0 8 00 14.7 241.3 02 14.1

241 . 8 04 13.6 2 40 . 9 06 13.0 239.9 08 12.2 236.8 1 0

11.4 2 31.1 1 2

11.7 226.9 1 4

12.7 227.7 16 14.9

230. 1 18 16.0 2 35.4 20 16.1 2 38.1 2 2 15.8 2 3 3.7 09 00 15.8 2 3 5.4 02 15.6 2 36.0 04 15.5 2 38.1 06 14.5 2 34.1 08 14.6 2 29.6 10 14.6 225.8 1 2

14.7 223.4 14 15.2 223.1 16 16.1 225.7 18 16.5 2 29.7 20 16.5 232.4 22 16.7 2 30.1 1 0

00 12.5 2 30.8 0 2 12.2 2 34.6 04 1

"3

A i ^ . u 2 36.7 06 11.5 2 31.8 08 11.7 2 29.7 1 0

11.3 2 2 3.5 1 2 11.0 2 24.5 1 4

11.0 222.4 16 11.4 225.2 18 12.0 2 29.7 2 0 12.3 2 2 9.1 2 2 12.6 2 2 8.8 1 1

00 6.5 2 31.4 02 6.0 2 3 3.7 04 5.6 2 36.1 06 5.4 2 31.1 08 5.7 2 2 7.7 10 6.4 221.1 12 6.6 218.9 14 7.2 218.7 16 7.3 219.3 18 6.8 2 24.4 20 7.0 2 27.5 22 6.6 2 2 5.1 1 2 00 5.6 2 2 8.5 0 2 5.2 2 2 9.3 04 5.3 2 29.4 06 5.0 2 27.3 08 5.1 224. 9 1 0

5.6 2 20.9 12 6.2

216.1 14 6.7 215.3 16 6.8 216.2 18 6.2 218.3 20 5.8 221.8 22 5.7

J MEAN MAX MIN TYPE 2 48 2 7 5 • 1 311.4 233.2

2^7 2 7 7 • 8 n

Q 7 248 2 79,5 •a n Q L. 233.2

247 2 8 1 • 2 J J. 1 . u 9 7 Q 248 -) nu po • Ao 248 271.6 312.7 226.0

248 264.4 311.5 223.5

248 258.3 304,0 225.5

248 257.9 302.7 220.6

248 263.3 313.9 227.0

248 269.4 309.9 227.2

248 273.0 309.8 228.9

247 2 78.5 311.8 238,5

248 280. 3 309.8 242 , 8 248 2 81.6 311.5 243,8

248 2 8 3.1 310.0 249 , 6 248 281.0 309.0 249.8

248 274. 1 307.9 240.7

248 2 66.9 2 98.6 2 38.9

248 2 60.5 3 06.2 231.2

247 2 61.0 3 09,9 233.6

248 2 66. 1 310,8 2 36.2

248 2 71.7 305,7 2 36.3

248 2 75.3 313,9 239.8

240 262.0 302,1 235.2

240 264. 1 304, 1 235.7

240 265. 5 304,2 237.1

240 267 . 1 302,9 238.8

240 266. 1 300,2 234.9

240 261.0 295,1 233.7

240 2 55.8 295,3 230. 1 240 250.8 301,7 225.9

239 2 51.0 300, 1 228.0

240 2 54.5 301,1 230. 7 240 2 5 7.9 304,5 230.9

240 260.2 304,3 231.8

248 257.4 302,0 236.8

248 258.9 297,7 238.6

248 260. 2 300, 1 238.1

248 261.1 300 , 2 242 . 9 248 259.5 301,3 239.6

248 255.1 292,4 237.0

248 2 5 0.2 2 90,2 232.9

248 246.2 2 85,4 224.3

248 246 . 6 286,0 227. 2 248 251.0 294, 7 228.3

248 2 52.9 303,0 232. 1 248 255.1 302.8 234.7

240 254.1 276.0 239.8

240 255.1 275.0 241.6

240 2 56.1 274.6 240.9

240 2 5 7.1 2 75.4 243.5

240 2 5 5.9 272. 1 241.4

240 252.5 275.3 237.7

240 248.6 275.5 231 .6 240 245.5 274.5 224.8

240 246.8 276.4 228.7

240 249.8 275.8 236.0

238 251.4 274,4 237.2

229 253.0 275,6 238.5

248 256.0 273,3 238.7

248 256.8 271,0 240.6

248 257.4 273,7 237.4

248 257.8 270,7 238.2

248 257.3 272,1 246.0

248 255.1 272,4 242.9

248 251.7 270,1 239.0

248 249.0 270,3 234. 1 248 250.4 269,5 230. 5 248 253.1 272,2 235.6

248 254. 1 272,2 236.9

246 255.4 271,3 239.0

43
STA

23062 01

23062 02

23062 03

23062 04

23062 05

23062 06

HR S D

J MEAN MAX MIN

00 5.9 248 253.6 266,4 233,9

02 5.8 248 253.7 267, 9 234,9

04 6.2 248 254.1 291.8 235,8

06 5.8 248 253.7 271.4 235.9

08 5.9 248 252.9 266, 1 234.3

10 7.3 248 249.7 265. 1 230.8

12 8.4 248 246.7 263.4 221.1

14 8,4 248 246.4 264. 1 223.3

16 7.9 247 248.7 263,5 226.0

18 6.7 248 252,1 264,6 233.7

20 7.0 128 253,1 269, 9 236,4

22 6.3 248 253.5 269, 1 234,0

00 6. 1 226 254.6 270,4 235,9

02 6.0 226 254.6 271,2 237,1

04 5.6 226 254.6 270.3 236,5

06 5.4 226 254,6 267. 5 235,3

08 6.0 225 252,8 265,8 233.7

10 8.1 226 248,8 266,4 225.5

12 8.8 226 245,8 265,2 223.8

14 8.9 226 244,9 264. 1 221.7

16 8,8 226 246 , 4 262,0 2 24.1

18 7.6 226 250.9 264.0 229.2

20 6.9 225 253.1 269.3 232.3

22 6,5 226 254.1 268. 1 234. 1 00 7.0 217 254.2 271.5 237.6

02 6.7 217 254.3 270.2 234. 1 04 6.4 217 254.7 270. -3 236.5

06 6.3 217 254.9 266. 9 236. 1 08 7.6 217 251.5 268.0 231.1

10 9.1 216 247.2 266.2 225.3

12 9.5 217 244. 1 266. 1 221.7

14 9.7 217 242.6 266. 5 221 .6 1 6 9.7 216 243.7 2 66.9 2 21,9

18 8.8 217 248.3 266.4 225.1

20 8.0 217 251,5 272.3 230. 3 22 7.6 217 253,2 271.4 232.5

00 8,8 210 256.8 276.2 227.4

02 8,7 210 257.0 277.6 227.0

04 8,1 210 257.3 277.7 227.6

06 8,5 210 256.6 278.2 232.0

08 9.8 210 253.0 27^, 1 224.3

10 11.7 210 248.2 279, 1 217.6

12 11.9 210 245.3 275, 3 215.5

14 12.8 210 243.5 278,4 214.8 1 6

12.8 210 244 . 1 2 76,8 214.9

18 12,6 210 248.6 278,3 217.4

20 1U2 210 252.7 278,9 219.7

22 10.0 209 255.4 278,1 226.7

00 10.8 216 264.4 287, 3 234.0

02 9.9 217 264.8 288,7 233.4

04 9.3 217 265.0 290,3 238.3

06 9.8 217 263,7 287,7 235.3

08 11.9 217 259. 1 285,0 228,4

10 13.6 217 253.7 282,6 223.6

12 14. 1 217 250.2 282,8 222.8

14 14.7 217 249.1 283, 3 222,1 1 6

14.8 217 2 50.5 285.9 2 22,8

18 14.1 217 254.7 286. 1 226,3

20 12.3 217 260.5 287,6 221,7

22 11.5 217 263.2 291,0 231.6

00 14.1 210 270.0 300, 1 229.8

02 13.6 210 269.8 296,6 228.4

04 12.6 210 270.2 298,8 239.5

06 12.9 209 269.0 299,4 240.3

08 14.2 210 264,2 296,0 228,0

10 16,6 210 257,3 297,0 2 21.4

12 17.1 210 251.5 296, 1 220.0

14 17.6 210 250.3 295,6 217.4

16 17.2 210 252.3 298,2 219.0

18 16.4 210 258.2 298,2 223.0

20 15.6 210 265.3 300,8 222.4

22 14. 1 210 269.1 299,0 228.5

07

08

09

11

12

HR S D

J MEAN

00 13.2 248 277.2

02 13.2 248 277.2

04 12.6 248 277.6

06 12.8 248 276.9

08 13.5 248 273,2

10 15.6 248 265,5

12 16.4 248 258.8

14 17.5 248 257.1

16 18.7 248 2 5 9.6

18 18.2 248 265.4

20 16.5 248 271.4

22 14.7 248 275.6

00 12.6 248 276.0

02 11.9 248 276.6

04 11.5 248 277.0

06 11.8 247 276. 1 08 12.5 248 270.7

10 14,5 245 262.8

12 15.2 248 256.6

14 16.3 248 254,4 1 6

17.5 248 2 5 7,4

18 17.0 248 263.7

20 15.2 241 270.7

22 13.9 248 273.8

00 12.9 240 265,2

02 12.3 240 265.3

04 11.8 240 265.8

06 11.8 240 265.5

08 13.0 240 262.2

10 14.7 240 255.6

12 15.0 240 250.1

14 15.0 240 248.2

16 15.3 240 2 49 • 9 18 14.9 240 256.5

20 14.2 240 261.0

22 13.2 240 264.0

00 8.9 247 256.5

02 8.9 248 256.9

04 8.5 248 257.3

06 8.5 247 257.0

08 9.3 248 253.4

10 11.1 248 247. 5 12 12.0 248 243.7

14 11.5 248 241.8

16 11.7 2 48 2 4 3.9

18 10.6 248 250. 1 20 9.6 248 254. 1 22 9.0 248 255.6

00 6.9 240 254.5

02 6.7 240 254.7

04 6.4 240 255.1

06 6.1 240 255.2

08 6.9 240 253.4

10 8.6 240 248.7

12 9.5 240 245.8

14 9.9 240 244.9

16 9.0 240 2 47.9

18 8.0 240 252.1

20 7.3 240 253.8

22 7.1 240 254.6

00 6.4 248 254.0

02 6.4 248 254. 1 04 6.4 248 254.2

06 6.1 248 254.1

08 6.4 248 253.0

10 7.7 248 249. 1 12 8,5 248 246. 5 14 8.7 248 245.9

16 7.6 247 249.4

18 7.0 248 252.5

20 6.5 248 253,6

22 6.2 247 254, 1

306,0

303,7

303.8

303.6

303. 5 300.6

300.1

304. 1 304.6

309.5

307.9

308.8

312.4

306.5

307.2

307.4

308.5

302.5

293.0

304.7

307.7

310.1 313.6

314,7

299,7

302,1

300.7

300,7

297.7

293.0

291.1 287.8

292.6

298,6

299.6

300.2 286.2

285.4

282.5

281.3

278.7

275.8

276.7

275.0

276.5

290.0

290.9

289.4

270.6

271.7

270.6

267.9

275.0

272.2

272.4

271.7

271.5

272.3

272.3

272.6

267.1

268.3

267.4

266,7

266,8

265,9

265,4

264,3

267,9

267.4

267.5

267.8

MIN

243.7

234.2

241.2

229.8

238.8

225,4

225,0

218,5

224,4

224.7

230.7

235.7

244

248 250

245

243 229

223 227 224.9

227.7

240.0

245.3

237.8

231.0

237.8

235.9.

23-3.5 223.4

223.5

218.9

222.8

228.4

231.8

236.2

237.0

234.9

237.'+ 235.9

232.8

224.2

220.1 220.4

223.1

228.6

235.9

235.8

232.7

234.2

235.9

236.

R

237.2

230.

q

226.4

224.8

229.3

231.7

232.

Q

233. o 2 3 3. 3- 234. 1 232.3

235.2

230.9

228.6

225.4

226. 1 229.8

233.3

236.0

235.3

TYPE

44
STA

23066 01

23066 02

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN TYPE 0 0 4.0 217 264.3 272.9 254.2 07 00 17.9 186 267.8 309.1 236.3 1 0 2 3,8 217 264.6 273 . it 2 54.8 02 17.0 186 2 70.6 310.6 238. 5 1 04 3,9 217 264.6 273.1 2 52.3 04 16.2 186 271.9 312.1 241 .6 1 06 3.7 248 264 . 7 273.5 2 50.5 06 16.2 248 272.9 316,6 242.6 1 08 3.6 248 264 . 7 2 7^ . if 2 51.9 08 14.4 176 272.6 313.5 244. 5 1 1 0

4.1 248 263.5 275.5 2 51.2 10 15.6 248 265.5 310.3 229 . 0 1 1 2

4.3 248 262.1 274.1 2 50.0 12 16.0 248 260.2 310.6 224. 5 1 1 4

5.0 2 47 260 . 6 2 7 3.5 2 47.6 14 16.8 2 31 2 56.0 305.6 224. 0 I 16 5.0 248 261.0 272. 1 246.8 16 17.7 248 254. 3 311.0 223. 7 1 18 4.3 248 263.4 274.9 251.8 18 19.4 248 257.9 309.6 223.9 1 20 4.2 247 263.9 273,7 2 53.6 20 18.3 248 261.7 309.6 230. 1 1 2 2 3.9 248 264 . 3 273.8 253.7 22 17.8 248 265.3 311.0 231.8 1

00 4.5 198 263 . 1 278.1 247.2 08 00 16.5 186 270.0 305.0 243.3 1 02 4.3 198 263 . 3 274. 9 245.4 02 15.7 185 271.8 312.1 247. 1 1 04 4. 1 197 263.2 275.6 247.6 04 15.5 186 272.7 309.6 246. 7 1 0 6 3.9 226 263.8 273.5 245.3 06 16.1 248 2 75.1 310.3 242.4 1 0 8 4.3 226 263.3 275.4 245.4 08 15.7 248 273.4 314.3 240.2 1 1 0 5.0 226 261.1 277.3 243.6 1 0

15.8 248 268.7 306 . 5 240 . 8 1 12 5.6 226 259.0 275.6 247 . 0 12 17.0 248 264.0 312.6 230.6 1 1 4

6.7 225 257.2 274. 0 234.7 14 17.5 245 2 58.7 304.3 222.9 1 16 7.1 226 258.0 275.0 2 38.2 16 19.0 248 257.4 310.2 227.2 1 18 5.8 226 261.3 274.6 246.7 18 19.5 248 260.8 308.4 226.9 1 20 5.3 226 262.2 276.0 246.9 20 19.5 247 264.5 318.4 232.7 1 22 4.8 226 262.8 278.8 245.4 22 18.7 248 267.5 311.7 235.6 1 23066 03 00

0204

06

08

10

12

!<+ 16

1820

22

7.2 6.9

6.4

6.0

6.6

7.3

8,5 8.7

9.3

9.3 8.6

7.8

217

217

216

248 248

248 248

248

248

248 248

248

259.7

259.7

260.0

260.7

259.1 255.9

253.0

250.9

250.8

254.4

256.9

258.5

276. 5 275. 7 275,6

275.6

274. 3 275.5

274.4

273.5

276. 1 276.2

276.0

277. 1

239.1

239.6

240.9

240. 1 240.6

234. 1 234.3

230.9

230,8

234,0

233.8

235.9

09 00

0204

06

08

10

1214

1618

20

22

12.

12.

11.

12.

12. 12.9

14.5

14.

15,

15,

15, 14.6

180

180

180 240 240

240

240 239

240

240

240 240

262.4

263.6

264.9

266. 5 265.3

260.9

256. 1 251.9

251.0

256.0

258.6

260.6

300,5

298,4

297.4

305 .3 302.0

300.8

302.1

298.2

302.4

300.8

301.3

303.0

238.6

243 .9 242.4

247.2

242.6

243.4

234. 7 233.1

231.7

229. 7 230, 5 239.2

23066 04

23066 05

23066 06

00 9.3 211 258.4 282.1 235,0 10 00 10.3 215 259.1 289.2 239.3 1 02 8.7 211 259.4 282.2 237,0 02 9.4 215 260.3 284.4 240.9 1 04 8.3 211 260.5 281.6 237,5 04 9.2 215 260.9 283.2 242.4 1 06 8.0 240 260.7 281,8 240,9 06 9.5 248 262.9 301.7 243.5 1 08 8.6 240 257.6 283, 1 235,7 08 9.9 248 261.4 298.0 242.9 1 10 9.4 240 253.5 283,3 232,5 10 10.0 248 257.2 298.1 241.3 1 12 9.9 240 250.3 283.7 229,0 12 10.0 247 253.1 293.2 257.3 1 14 10.4 240 247.6 286. 1 227,7 14 11.2 248 251.0 295.0 234.0 1 16 10.6 240 246.8 279. 8 229.3 16 11.2 248 251.3 303,2 231.2 1 18 11.1 239 249.9 281.5 231.2 18 11.4 248 255.8 300, 5 236.8 1 20 10.5 240 254. 1 283.2 230.4 20 11.0 248 257.9 295,7 238.6 1 22 9.7 240 256.3 283.1 231,9 22 11.0 248 259.3 296,5 236.8 1

00 11.5 186 259.7 289.4 237,1 11 00 6.6 210 263,1 281,9 241.6 1 02 10.7 186 261 .2 291.4 240,4 02 5.9 209 263.6 281,9 243.6 1 04 10.0 186 262.2 290. 2 242.4 04 5.5 210 264.2 281,6 249.6 1 06 10.1 217 263.0 292.6 241 . 1 06 5.3 240 264.7 283,0 251.7 1 08 10.3 217 259.6 289.2 235.8 08 5.8 240 264. 1 281,6 248.9 1 10 10.8 217 254.8 287.7 234.4 10 6.5 240 261.4 281,2 247. 1 1 12 11.0 217 250.6 286.0 230.6 12 7.2 2 39 258. 8 278.6 243. 1 1 14 10,9 217 247.7 284. 5 228.6 14 7.9 240 256.7 284.0 239.6 1 16 11,9 217 246.8 285.1 224.2 16 8.2 239 258.2 283.4 239.4 1 18 11.9 217 249.3 286.5 228.3 18 7.9 240 261.3 285.1 244. 1 1 20 11.9 217 254.0 286.6 229.5 20 7.5 240 262.4 281.8 244.7 1 22 11.6 217 257.0 289.2 233.7 22 6.7 240 263.3 282.4 239.9 1

00 14,2 180 255.0 295.2 236.0 12 00 3.9 217 264.0 275.8 247. 5 1 02 13,1 179 257.6 294.7 236.6 02 3.8 217 264. 1 274. 1 249.6 1 04 12,9 180 259.6 293. 8 240.3 04 3.6 217 264.2 273.1 248.0 1 06 12,9 210 260.6 295 .6 240.2 06 3.4 248 264.4 274.8 248.2 1 08 12,6 210 257.8 299. 3 236.6 08 3.5 248 264.4 274.4 249.0 1 10 12,5 210 251.8 295.1 228.0 10 3.9 248 262.9 274.5 253.0 1 12 13,0 209 247.5 301 . 5 225.8 12 4.4 248 261.2 274.4 249,7 1 14 13,1 209 244.3 298.6 223.4 14 5.0 247 259.7 274.6 247, 5 1 16 13,5 209 243.1 292,7 224.7 16 4.8 248 261.2 274,5 248.6 1 18 14,0 207 245.0 296,4 225.1 18 4.2 248 263.1 274.6 248.9 1 20 14,0 210 249.0 294, 8 229.3 20 4.0 248 263. 5 274.7 251.0 1 22 14, 1 210 252.4 302,0 231.1 22 3.9 242 263.9 273.8 252.4 1

45
STA MO HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

2 3X54 0 1 0 4 4 • 6 10 5 2 50.6 2 59.6 2 3 3.0 07 04 13.9 124 2 54.1 2 8 8.3 2 3 4 • 9 06 5.4 31 249.4 259.9 236.5

10 5.7 105 247.9 259. 1 230.4 10 1 3.3 124 243.1 283.1 215.5

1 A 7.7 10 5 248 • 1 297. 8 2 34.1 1

6

18.4 124 ^ C. • tl 2 92,7 ^ L D • u 22 4.5 105 250 . 5 261.7 2 34. 4 2 2 16.8 124 2 51.5 2 90*1 226 • 9

C. J i. -'H 02 0 4 3.7 113 2 51.1 2 5 8.4 2 3 8.8 u 0 04 13.4 124 2 52.9 ? ft 0 06 3.2 29 249.9 257.7 244.2

10 4.9 113 246.6 258.4 231.7 10 13.5 124 242.9 298.8 225.0

16 6.0 114 244 • 8 257,2 2 30.4 1

6

16.8 124 2 3 9.5 2 91.2 2 16 • 1 22 4.4 113 250.2* 258.3 2 31.3 2 2 15.0 1 24 248 . 8 2 88.9 224.3

2 31 54 0 3 0 4 4 . p 124 248 . 8 256.0 2 34. 4 09 04 9.1 1 19 2 47.7 2 84.4 22 7,9

06 4.9 31 248.7 255.6 235.6

10 6.6 124 242.0 257.9 225.5 10 10.1 120 237.5 274.8 221.4

1

6

7.4 124 2 39.3 2 5 5.2 2 24.9 16 11.8 12 0 2 3 3.6 2 86.3 218.0

22 5,4 124 247.7 2 5 7.1 2 31.1 2 2 10.1 120 243 . 9 2 8 8.1 2 3 0.8

2 3154 04 04 4.5 120 248.5 259. 2 2 3 5.4 10 04 6.3 124 2 49.6 2 7 2.7 2 36.8

06 4.8 30 251.1 260. 1 237.2 06 6.5 18 251.9 269.4 241.6

10 7.5 120 239.9 261.6 224.9 10 9.1 124 241.8 267.7 222.7

16 8.6 120 236.7 262 . 8 2 20.2 16 9.5 1 24 2 38.2 261.9 220.5

22 6.5 120 246.0 260.4 2 2 8.4 2 2 7.3 124 247.6 265.0 2 32.9

2 3 1 54 05 U 4 RJ

* 71 Q "3 9 A 7 » 7 £.0 D * D ^ ^4 • ^ 1 04 A _ ? 4 • / 120 2 5 1 • 2 2 6 2 • 8 2 31.0

06 5.7 30 249. 5 258. 1 231.6

10 7.9 93 237.1 261.

Z

218.8 10 6.5 120 246. 7 262.4 224.4

1

6

10.4 93 2 34.6 265.4 217.9 16 6.7 12 0 2 4 5.8 264 . 9 228.0

22 8.3 93 245 , 5 271.5 225.0 22 5.2 120 2 51.1 264.7 236.0

2 3154 06 0 4 9 . n 248.2 278.2 2 3 3.8 1

2

04 3.5 124 2 51.8 2 59.9 2 3 5.8

06 3.6 31 2 51,6 260. 9 243.4

10 10.2 90 236.8 271.2 219.0 10 4.2 124 249. 1 263.8 234.5

16 11.5 90 233.5 269.0 215.2 16 4.8 124 249. 1 261.3 235.3

22 11.6 90 244.9 281.7 223.9 22 3.4 124 251.8 262.4 238.8

TYPE

46
STA

23167 01

23167 02

23167 03

23167 04

23167 05

23167 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

nu nu

7 1 ^ H O JJ ^9 nU -• ^-J 340.5 3 00.3 0 7 00 10.2 2 79 3 20.8 349.5 287.7

nU 0c. AO • Q7 H O

a 9 n _ A 340.0 3 00.1 0 2 9.9 2 79 3 2 3.1 365.8 295.5

0 A O • O H O

"3 9 0 "3 Q 1 -J J 7 . 1 3 02.7 U H 9.2 2 79 3 2 4.6 3 5 5.9 294.9

u o ^ H O 340 9 3 04.1 UO 9.6 2 79 3 24.7 3 54 . 6 299.4

u o A 7 24 8 320.6 3 3 8.9 3 0 3.8 0 8 10.9 2 79 3 21.3 3 56.6 2 89.6

1 0

(3 A O • O 2^8 32 0.0 "3 "3 O A 9 O /i .

"3

4l V ^ . 3 1 U 11 A t

9 7Qf 7

"3 17 ft c:. 9 9 1i . AD 9 D c: Q ^ 0 9 . 5 1 2 9 • 9 24 8

•a 1 7 1 '3 "3 O J J V . y 28 9.8 1

2

19 ^ il9 70f 7 Tin "J "3 Zi 9 A 9 H . U 27 7.6

1

4

1 0 • 9 247 315.2 346.2 2 8 9.5 1 4 12.1 2 79 3 02.2 3 38.8 269 « 1 16 10»8 247 316.6 343.6 293.2 16 12.5 279 298.9 358.2 267.7

18 8,9 248 320.3 344.8 297.2 18 12.2 279 303.5 348.9 271.1

7 Q (1 H o

"3 9 n Q 342.2 3 00.1 20 11.1 2 79 312.4 3 Zf Z(. , 8 9 7Zl _ A

2 2 7 • 4 248 321.2 342 . 1 3 00.7 2 2 10.3 278 3 17.4 3 50.2 2 84.9

00 6*2 22 6 321.1 340 . 7 3 03.2 08 00 8.2 2 78 3 24.5 345.4 292 . 1 5 • 9 2 26 32 0.5 339.8 3 04.2 0 2 7.5 2 79 3 26.2 3 43.3 9 U ^ . ^ 0 4 5 • 8 2 2 5 320.1 341.8 3 0 3.2 6.9 2 79 3 2 7.3 3 44 , 8 ^07 9 0 6 5 • 6 2 2 6 319.8 337.4 3 04.6 06 6.7 2 79 3 2 7.6 344 • 5 3 07.7

0 8 6 • 4 22 6 320.1 3 3 8.7 3 0 5.6 08 8.2 2 78 3 24.5 9 z*. Q7 . nu 299.4

1

0

9*0 2 26 317.8 341.8 2 96.0 1

0

9.3 2 79 319.4 349.2 9 ft ft 1

2

10*5 2 26 313.6 341.8 2 9 3.6 1

2

11.2 2 79 3 12.0 344 . 8 2 78.8

1

4

1 1 • 0 2 26 310.6 341.0 2 8 9.6 1

4

11.4 2 78 30 3.3 3 3 5.9 9 7 "3 9 16 11.2 226 311.2 341.2 288.9 16 11.0 279 300.3 338.5 274.9

18 9.7 226 318.2 342. 2 296.1 18 10.4 278 307.8 342.7 283.0

^ u ^9 ii9 AO

"3 9 0 Q 341 0 9 QV flO . Q7 9 n 7.9 2 79 "3 Zi A A 9 Q "3 0 7 n 22 6

"3

:3 ^9 11 9 • 341 0 3 05.3 22 8.8 2 79 3 20.9 3 51.4 9 OA - 7

0 0 6 • 6 248 3 2 0.1 342.6 2 99,9 09 00 9.9 240 ^26.2 3 5 2.8 295.4

0 2 6 • 4 248 319.8 3 3 7.8 9 Q 9 - A n 9 9.7 240 3 2 7.2 3 50.9 "3 n n 0 9 u u . 0 u *+ *=i ^ • QV 248 319.5 339.2 9 P Q 7 OZl UM- 7.9 24 0 ^27.1 9 9 M- . O 9 OA7 0 . 0V U D D • D 248 339.4 9 Q fi ^ UO O . 7 2 4 0 3 27.5 "39 R9

"39.7Q 300.3

0 8 7 • 1 248 318.4 3 36.5 295.6 08 9.7 2 40 3 24.3 3 54 . 9 298.7

1

0

8 • 5 248 314.1 33 . 9 2 8 8.5 1 0 10.3 240 318.6 3 43.3 2 8 3.4

1

2

9 • 3 248 3 U " . -? 330.8 2 8 5.5 1 2 10.8 2 40 312.1 341.5 9 7 Q Zi 1

A

1 0 3 2 48 306.4 3 36.8 2 7 7.1 14 11.4 240 3 0 5.5 3 3 3.5 278.5

16 11.3 248 305.9 338.9 276.9 16 12.1 240 303.6 335.4 275. 1 18 9.8 247 313.6 341. 9 283.9 18 11.2 240 312.9 340.6 284.1

8.5 J i O • 1 340.6 9 Q 1 _ Q 9 n TO A 9 Zi n "3 1 Q 1 "3 Zi Zt n 9 D A V £10 0. / 2 2 7.6 248 319.8 343 . 6 295.9 2 2 10.3 240 3 22.5 3 43.2 288.6

00 8.1 240 322.6 342 . 5 303.7 10 00 9.2 248 3 20.5 347.8 299 , 7 0 2 7.3 240 323.1 341.6 3 0 5.8 02 8.9 248 3 21.3 3 46.6 2 96 . 2 0 4 6.4 240 323.0 340 . 6 3 08.7 04 8.7 2 48 3 21.2 3 45 ^ 7 297.8

0 6 6.4 240 322.7 3 3 8.6 3 03.3 06 8.6 248 "^21.3 3 46.8 298.4

0 8 7 o 2 39 J i O . f 3 3 8.1 9 Q Q 9 nu Qo in 9 Z H O 9 1 7 . o

"39 A*+ 9 . AO 9 Q 7 1 1

0

9.3 240 ^ 1 *4 . U 3 3 7.9 9 O 1 9 i u 11 Zl 248 "3 1 Zl 1

"3 Zl "3 9 9 . 9

9 Q ft A

1 2 10.4 2 40 30 8.8 340.5 2 8 6.7 1 2 11.8 248 3 A Q ^ 9 9 U o . t 34 3.7 9 7Q 7

1

4

10.8 2 3 9 304.4 340 . 3 2 81.0 1

4

12.1 248 3 04.1 3 44,0 2 76.0

16 11.6 240 303.4 336. 1 276.3 16 12.0 248 304.6 337.2 279.3

18 11.0 240 309.3 335.5 285.9 18 11.5 248 313.1 349,1 287.9

20 9.9 240 316.6 3 3 8.4 2 90.5 2 0 10.4 248 '^17.1 3 49.2 294.0

22 9.1 240 320.5 3 39.8 2 9 2.4 2 2 9.8 248 319.0 3 47.0 296.4

00 8.7 248 319.7 345 . 4 2 92.2 \ \ 00 9.4 240 3 21.6 3 54.1 2 94.0

0 2 8.1 2 48 3 2 2 .0 344 . 7 2 97.2 0 2 9.1 240 3 21.7 3 5 3.9 297.2

04 7.2 248 3 2 2.8 34 3.7 3 01.2 u*+ 8.8 240 3 21.3 3 5 7.6 9 Q 7 ft 06 7.2 248 3 22.4 3 5 0.6 303.0 06 8.8 240 3 21.0 3 51.5 298.0

0 8 8.7 248 317.1 342.4 2 9 3.9 u o 10.3 240 3 21.3 9 9 H . 9 Q Zi. A

1

0

9.5 248 312.7 3 34.3 2 8 3.6 1

0

240 319.1 3 51.5 9 ft A 12 9.9 248 306 . 5 3 31.6 2 81.2 1 2 13.7 240 3 15.4 3 50.6 2 8 2.8

14 10.4 246 300 • 9 329.0 2 76 a 2 1

4

14.5 240 312.6 3 5 9.5 2 78.5

16 11.0 248 298.7 332.5 277.6 16 13.8 239 315.2 358.4 278.7

18 11.2 248 302 .9 331.3 279.9 18 12.2 240 320.4 359.3 285.5

10.6 .5 1 1 . O 9 fl P Zi 9 n c. U

11 9 240 3 9 1 A "3^0 9 9 9 V . <i 290.9

2 2 0 7 *+ 0 33 8 2 9 fl Q 7 9 9 10.0 9 /i nu 9^1.0 3^0 "3 9 9 7.9 9 0 "3 0

00 8.2 240 318.1 342.7 2 95.8 1 2 00 6.6 248 3 2 2.3 344 , 8 296 . 5 02 7.6 240 320.9 342.6 2 99.9 0 2 6.6 2 48 3 22.1 345 ,

4

293.6

04 7.5 240 321.7 341.5 285.1 04 6.5 2 48 3 21.6 345 • 8 2 97.3

0 6 7.0 2 40 3 21.3 344.1 2 9 2.7 6.4 248 3 21.6 342.2 301.9

08 8.3 240 316.6 342 . 8 2 94.5 C 8 A - 7 2 48 3 2 2.0 3 41.3 "3 A A - 9

1 0 9.5 312.1 3 3 5.9 2 8 4.8 1 o o • u 9 Zi.7 "^9 1

"39

Zi*+ ^9 . A0 9 Q 7

1

2

10.4 2 40 305.7 336.5 2 74.2 1

2

9.6 248 9 i. O . O 3 41.9 9 ft Q 9 ^ 0 7 . ^

1

4

10.8 2 40 30 0.5 34 0 0 2 7 2.9 1 Zl 10.2 248 317.2 340 3 ^09.0 9 ft S A

1

6

11.4 240 296.6 341.4 2 74.7 16 9.4 248 319.3 3 46 « 1 291.5

18 10.5 240 300.2 339. 3 277.6 18 8.0 248 322.4 341.1 298.5

20 9.5 240 309.2 335.4 283.2 20 7.1 248 322.8 341.1 296.7

22 8.8 240 314.5 334.8 288.0 22 6.8 248 322.7 341.4 299.0

TYPE

557429 O - 60 - 4 47
STA

23169 01

23169 02

23169 03

23169 04

23169 05

23169 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN 0 0 7-7 2 3 7 28 6.0 308.8 2 64.9 0 7 00 2 5.7 217 2 8 3.7 3 51.4 9ZlA

R 0 2 7*4 248 2 86 • 7 307 . 9 2 6 3.3 02 2 5.0 217 2 8 5.6 3 50.5 2 50.3 0 4 6 • 8 248 286 . 9 304.9 2 6 3.9 04 2 5.3 217 2 88.3 3 50.6 9 Zi. ft 0 0 6 6 • 7 2 46 28 7.6 305.7 2 66.3 06 2 5.6 217 2 86.6 3 4 8.7 9 Zi.7 n 0 8 7 • 8 248 2 8 5.9 308.1 2 6 5.7 08 2 4.6 217 2 81.8 3 41.1 9 /i'^ - 9 1 0 8 • 3 248 281.4 306.0 2 54.5 10 2 4.0 217 2 77.7 3 49.3 ^97.7 9 Q Q 1 2 8 • 7 248 2 7 7.9 303.4 2 5 3.1 1 9 1 c 2 2.8 9 1 A 2 72,6 T A. 1 9 CL -7 Z 9 9 . f 1 4 9 • 4 248 776 • 3 306.2 2 53.8 1 4 2 3.4 217 2 69.5 ^3 s:j . nu Z 9 M- . 7 16 9,7 248 277.6 308.4 258.3 16 24.1 217 268. 8 342.9 234.6

18 8.9 248 282.7 308.0 263.5 18 24,3 217 271,3 346.5 235.5 2 0 8 • 6 2 48 2 84.3 309.5 2 64.6 20 24.9 217 2 78.0 3 5 5.8 241.3 8 • 3 248 28 5.4 309.7 2 64.7 2 2 2 5.1 C.9 171 ( 2 81.7 9 Zi c, c

^l t 9 . 9 0 0 7 * A 9 9 n 2 8 0.4 303.9 2 59.2 nU flD 00 2 4,4 216 2 81.9 3 5 2.7 9 Zift 7 0 2 7 • 1 2 26 281.4 305.8 2 60 . 1 02 24.0 216 2 84.2 3 5 3.9 2 5 3.7

04 6 • 8 2 26 282.3 305.0 2 6 5.9 04 2 4.0 217 2 8 5.5 3 50.8 £9 R9 R9 . nu 0 6 6 • 6 2 2 5 283.4 304 . 0 2 6 7.5 06 24.1 217 2 8 5.5 3 50.7 2 52.7 0 8 6 • 8 226 279 . 2 302.8 2 65.4 08 2 2.8 217 2 79.9 347.6 248 . 3 1 0 7 • 1 22 6 2 7 4 , Zf 301.2 2 59.8 10 21.8 217 2 7 5.0 3 36.8 9 ZiR 1 ^ H 9 . 1 1 2 6 • 8 2 2 5 2 70.2 3 00.5 2 58.0 1 2 2 0.8 216 2 69.6 3 41.2 9Zi 1 - n 1i H 1 * 9 9 268.0 9 U ^ . 9 9^1-7 1 4 2 0.6 217 2 66 2 3 39.9 9 ft S 16 i.b 226 267.8 302.6 253.5 16 21.6 217 265.0 348.6 236.1

18 7.8 225 274.4 302. 1 258.6 18" 23.1 217 269.4 356.2 237.7

20 7.6 2 2 6 277. 3 301.2 2 6 3.1 20 2 3.9 216 2 75.1 3 59.4 243.9 2 2 7,5 2 25 279.1 304.8 2 62.3 22 2 3,9 217 2 78.3 3 54.0 243 . 7 0 0 10.0 247 275 . 5 308.5 2 54.0 09 00 16.4 210 2 71.7 3 50.2 249.0 0 2 9.4 248 2 76.7 308 3 2 58.0 02 16.3 210 2 7 3.4 3 36.0 249.7 0 4 8.8 248 2 7 7.5 307.6 2 56.6 04 16.4 210 2 7 5.5 3 45.1 2 50.3 0 6 8.8 248 278.4 30"7. 3 2 58.1 06 16.4 210 2 7 5.7 342 . 0 2 5 3.6

08 9.0 2 47 272.9 303.7 2 55.1 08 16.9 210 2 70,4 3 40.8 249.0 1 0

9.2 248 268 . 7 304, 6 2 47.7 10 16.6 2 10 2 66 . 6 3 38.1 245.4 1 2

9.5 248 265.2 3 06. 6 247.1 1 2

17.0 210 262.1 346 . 3 242 . 0 i H 1 ri . 1 i U . i 2 48 262.9 304.5 2 42.5 1 4- 16.1 210 2 59.0 3 38.3 241.1

16 9.9 248 262.5 305.4 243. 1 16 15.5 210 257.8 336.3 238.0

18 10.3 248 267.6 306.0 247.9 18 16.5 210 263.8 344.4 240.6 2 0 10.5 248 271.5 306 . 9 2 50.2 20 17.2 210 2 67.1 3 5 2.1 247 . 9 2 2 10.5 248 273.3 3 1 0 o 4 2 51.9 2 2 16.9 2 09 2 69.3 349. 3 2 50.6 U KJ 11i i 7 • ' 9 n Q 9 7 ^ 9 19.9 11 nu Q7.11 217 2 73.8 310.2 ^ ^ . 0 2 11.7 20 6 275.4 314.6 2 54. 1 02 9.5 216 2 7 5.1 3 31.8 2 54.6 i i • i 209 277.1 312.1 2 58.6 04 9.2 217 2 76.3 3 24.5 255.7 U D 11.4 9 n 7 9 7 A % 314.1 9 S A - 7 HA Q - Zi 217 2 77.2 3 33.8 2 60.0

08 11.9 2 03 270.8 510.2 2 47. 8 08 10.0 217 2 71,3 3 2 5.9 2 52.4 1 0

10.9 2 09 266.1 3 08.5 2 47.7 10 1 0 • 1 217 2 66.8 311.5 250. 3 1 2

10.9 2 0 9 262.5 3 06.5 2 42.1 1 2

9.8 217 2 6 3.5 304.6 247.9 1 4

11.4 2 09 2 59.8 307.4 2 40.4 14 9.2 217 2 61.8 297.9 245.3

16 11.3 209 259.1 305.9 243.3 16 9.3 217 262.0 306.9 246.1

18 11.6 210 263.1 308. 1 247.1 18 9.3 217 268.3 312.9 251.7 2 0 12.9 2 09 268.8 312.9 2 50.6 20 9.4 217 2 70.2 3 08.0 252.8 ^ £1 "l9-.fi i ^1 . o <i9 11 nu z9 7' 1-1 1 . 1 ^19 9 9 1 ^ . ^, 9 9 - 1

£1 9 ^ . i 2 2 9.3 217 2 7 2.1 3 0 8.7 252 . 3 0 0 11.2 211 269.9 316.0 2 52.5 ]^ ]^ 00 9.2 2 09 2 8 0.4 322.1 257.1 0 2 10.4 211 2 71.6 319.3 2 47.9 02 8.7 2 09 2 81.2 318.2 257.9 U H 1 U . J 9 17 2 73.8 318.4 2 48.6 8.3 210 2 8 2.0 311.4 265.8 0 6 10.7 217 271.7 317.6 2 43.9 06 8.3 210 2 8 3.1 3 0 8.1 266 . 7 0 8 10.4 217 2 6 7.0 315.3 2 42.3 08 9.5 2 09 2 79.0 312.3 261.7 1 0 9.9 9 19 262 .8 30 3.8 2 38.3 10 9.7 210 2 7 3.9 313.0 2 56.4 1 2 10.5 217 2 5 9.2 30 3.4 2 3 8.6 12 9.5 210 2 70.6 312.8 25 3.2

in1 U . J ^9 171 ( 9 A fl 316.7 9 A C\ ^; 9 0 . u 1 *T 9.6 2 09 2 68.6 319.8 2 52.2

16 10.0 217 255.7 311,2 236.2 16 9.8 209 270.7 320.0 253.6.

18 11.4 217 258.8 315. 1 241.6 18 9.3 210 275.9 322.3 259.0

10.9 213 264.2 316.5 2 46 . 4 20 9.4 210 2 78.0 322.9 259. 5

11 9 9 1 A C 1 O 9 A

A 7 1 fiR 9 1 0 . 9 9 Zl7 9 9 Q7.11 210 2 79.4 322 . 2 2 57.0 0 0 13.5 9 1 n 265.5 326.8 2 46 . 2 1 2

00 7.8 229 2 84.4 306.8 262 .-0

u z 9 1 n 268.4 999.7 9 '^n 9 U .- AD

n 9 7.3 2 30 2 8 5.3 307.4 267.2 0 4 11.8 9 11 nU 2 70.5 321.9 2 5 3.3 04 7.2 2 30 2 8 5.6 309.3 263.0 0 6 12.4 2 09 267 • 9 317.7 2 5 0.2 06 6.7 2 30 2 86.1 307.7 267.8 nu ftO 11.6 ^9 11 ou 264.3 312.4 2 44,9 08 7.0 2 30 2 8 3.7 307. 9 266.9 1 0 11.2 210 260 . 2 309.7 2 3 7.1 10 7.9 2 30 278. 5 308.2 262 . 2 1 c 11.9 9 1 n 323.5 '232.5 1 2

8.2 2 30 2 75.1 305.5 256. 3 i H in1 U • o7 Z9 11 nu 9 9 O 9 ^ U • 7 2 34.6 14 8.7 2 30 2 7 3.5 304 . 1

255.4 1 6

11.9 210 252.0 325,0 2 34.3 16 8.7 231 275.9 308.6 261.1

18 12.6 210 254.0 318.7 235.5 18 8.3 231 280.4 308.2 264.5

20 13.4 210 259.4 336. 3 241 .9 20 8.1 231 282.3 308.5 265.4

22 13.4 210 262.5 322.3 245.2 22 7.9 231 283.4 309.3 265.5

TYPE

48
STA

23183 01

23183 02

23183 03

23183 04

23183 05

23183 06

HR S 0 J MEAN MAX MIN MO HR S 0 J MEAN MAX MIN

00 9.0 204 304.9 326.2 278.1 07 00 22.3 248 3 25.7 369.3 281.9

02 8.5 191 304.8 326,6 276.0 02 2 3.1 248 327.5 371.3 275.6

04 8.0 205 305.4 328.3 276.8 04 22.6 248 330. 1 372.6 278 . 8 06 7.6 198 305.2 323.9 280.5 06 22.5 247 3 31.1 375.2 283 . 5 08 8.2 195 304.4 329. 3 274. 0 08 23.5 247 325.8 376.8 273 . 8 10 10.1 188 301 .0 325.7 271.5 10 23.4 246 319.3 372.8 260.0

12 11.0 190 296.3 324. 5 269.6 12 23.3 247 313.3 366.6 248 . 0 14 11.1 196 292.4 323.0 268.0 14 22.9 248 308.2 365.6 251.1 1 6 11.2 192 292.1 323.0 268. 1 16 22.0 248 305. 1 369,8 250.6

18 10.6 198 298.7 323. 1 274.4 18 22.8 248 306. 1 370,2 257.0

20 9.3 194 303.5 326.8 280.9 20 22,8 248 316.1 377,1 266 . 1 22 9.5 199 ^04.8 325.4 277.4 22 22,3 248 323.2 373,6 270.8

00 8.9 191 299.7 332.0 276.4 08 00 19,6 247 3 29.5 378.3 287.7

02 8.2 189 300. 7 327. 8 2 7-7.2 02 19.2 248 330. 5 374.6 291.2

04 7.9 193 301.5 325.7 276.4 04 19.3 248 3 31.9 372.7 284. 2 06 7.2 186 301.3 326. 6 277.0 06 19.4 248 333.7 374.4 289 . 9 08 8. 1 182 300. 1 327.2 277.2 08 20.6 248 327.8 369,2 285.0

10 9.9 183 294.5 323.8 268.1 10 20.7 248 3 21.4 369,9 272.2

12 10.4 187 289.3 328.1 265.2 12 21.5 248 3 14.8 366.8 265 . 8 14 10.3 185 285.6 324.4 264.3 14 21.5 248 309.2 364.9 267.7

16 10.2 184 284.1 321.2 265.7 16 21.4 248 306.6 364.3 261 . 2 18 10.0 181 289.2 322.0 269.7 18 20.9 248 308.7 365.5 271.1

20 10.0 184 295.4 329. 2 269.6 20 20.2 248 319.7 370.2 277,2

22 10.0 179 298.5 332.0 270.8 22 20.5 248 325.6 376.9 284,4

00 10.8 217 297.4 331.8 272.5 09 00 18,6 240 3 16.0 373.0 276,0

02 10.3 217 298.9 332.4 274.6 02 18.2 240 316.8 368.2 282 , 2 04 9.7 216 299.6 334. 0 273.4 04 18.6 240 3 17.1 366.1 281,9

06 9.4 217 300.5 332.1 277.4 06 18.0 240 316.9 371.2 280, 1 08 10.5 217 297.7 332.2 266.9 08 18.7 240 311.5 366.5 277,5

10 11.5 217 292 .2 332.6 266.1 10 18.3 240 306.2 368.2 272 , 1 1 2 11.9 217 287.4 335,6 265.3 1 2 18.8 240 300.4 368.7 265,7

14 12.3 216 283.6 336.2 259.1 14 19.1 240 295.2 364.9 262. 3 16 12.3 217 281.9 335.7 264.0 16 19.1 240 293.7 363.1 256.7

18 11.9 217 285.2 335.0 267.3 18 18.1 240 299,8 357.9 267.6

20 11.5 217 291.5 335. 8 268.7 20 18.3 240 3 10,4 370.2 273 . 4 22 11.3 217 295.1 334.5 269.0 22 18.0 240 314,3 371.2 272.5

00 11.6 210 296 . 5 332.0 270.6 10 00 12.5 248 304,7 351.2 281.8

02 10.9 209 298.0 334.7 275.9 02 12.4 248 305,1 3 55.4 277.6

04 10.6 210 299.6 329 . 9 278. 5 04 12.3 248 305,2 350.2 285.9

06 10.4 210 300.4 328.3 277.4 06 11.9 248 305, 3 350.7 276.5

08 11.3 210 296.2 327, 6 272.0 08 13.4 248 301,1 351.2 276. 2 1 0 12.3 209 290.4 332,6 268.8 10 14,5 248 295.2 347,4 265.9 1 2 12.5 209 284,9 326.1 260.7 1 2 14,1 247 290.8 341,7 259.8

14 12.9 209 281.4 326.9 259.6 14 13,9 248 286.7 348, 1 256.9

16 12.8 210 279.7 324, 8 257.0 16 13.8 248 286.4 346. 1 261 . 1 18 12.6 210 281 .8 328, 1 262.8 18 11,7 248 296.3 345.6 271.2

20 12.5 210 289.8 328, 9 265.3 20 11,6 248 303.0 344.4 274. 3 22 11.9 210 294 . 3 330,0 269.9 22 12,0 248 305.1 347.3 276. 3 00 10.4 217 291.7 342,0 272.4 1 1

00 10,1 239 301.8 3 33.7 274.9 0 2 10.0 217 293.3 338, 5 271.3 02 9,7 240 301.8 331,4 273.7

04 10.0 217 294.7 340.4 2 67.2 04 9,4 240 301.4 332,2 273.3 0 6 9.8 217 294 . 9 341.4 277.7 06 9,2 240 301.8 332,7 277 , 0 08 9.8 217 289.8 337.5 273.1 08 10,3 240 298.8 333.3 276,3 1 0 10.3 217 284.4 330.2 264.5 10 12,2 240 293.2 331.5 269,2 1 2 9.8 217 279.5 318.1 261.4 12 12.0 239 288.7 329.5 265.7

14 9.0 217 276.3 309. 9 257.4 14 12.1 239 286.0 326.6 263. 5 16 9.5 217 274. 5 330.6 254. 1 16 12.3 240 286.9 329.9 264.2

18 9.1 217 275.9 327.4 259.4 18 11.0 240 297.0 333,7 269.4

20 9.6 217 283.4 343. 0 264.4 20 10.5 238 3C0. 3 330, 1 273.9

22 10.8 217 288 . 5 334.4 260. 1 22 10.2 240 3"0 1 . 4 330.7 276.6

00 14.1 210 294.9 361.6 270.8 1 2 00 8.9 248 301.6 324.8 281.8

02 14.1 210 296 . 9 364 , 2 274.6 02 8.6 248 301.6 325.0 281.5

04 13.6 210 29.8 . 2 360,3 2 78.4 04 8.3 248 301.8 325.3 282.4

06 14.5 210 297.8 358, 9 278.0 06 8.1 247 302.0 322.3 285.2

08 14.8 210 293 . 1 352,0 267.4 08 8.4 248 301.0 326.4 282 . 0 1 0 14.1 210 287.5 343,4 257.8 10 10.2 248 296. 1 330.3 275.4

12 13.6 210 282.2 339,3 259.8 1 2 11.1 248 292.0 329.4 269.8

14 14.5 210 279.3 346, 6 251.5 14 11.7 248 289.1 327.5 266.0

16 14.3 210 278.3 343,9 2 54.0 16 11,5 248 289.8 326.6 267. 1 18 14.8 209 279.1 348, 9 2 58. 1 18 10,2 248 297. 1 326.6 275.0

20 14.2 210 287.5 363.4 266.9 20 9.3 246 300.8 326. 1 279.2

22 14.4 209 293.3 365.9 267.2 22 9.1 248 301.3 326.0 276.8

TYPE

49
STA

23185 01

23185 02

23185 03

23185 0^

23185 05

23185 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.9 247 268.3 2 78,8 2 51.6 07 00 9.6 248 2 79.0 312.8 255.6

02 5.1 248 268.6 278, 2 2 48.6 02 8,4 248 280. 5 309.0 262.6

0^ 5.1 248 268.5 2 78,6 249.3 04 8,1 248 281.0 305.6 264.0

06 5.0 248 268 . 8 2 81,4 250.3 06 9.4 248 2 79.0 308.9 253.3

08 5.1 248 268.9 284, 3 2 50.0 08 10.4 248 269.6 307. 1 248 . 5 10 5.9 247 267.0 280,4 245.6 10 10.7 248 260.3 294.4 241 . 2 12 6.0 248 264.5 280,6 242.0 12 10.9 248 253.5 298.9 233.8

1^ 6.5 247 263.3 277. 5 241.1 14 11.4 248 250, 6 300,9 231.5

16 6. 1 248 264.6 278.4 246.6 16 15.5 248 254. 1 311.2 231.9

18 5.5 248 267.6 282.2 250.7 18 14.0 248 259.4 312,0 240.3

20 5.3 248 268.1 2 7 7,9 2 45.2 20 13.8 248 2 6 5.6 310.5 242.9 2 2 5.2 248 268,5 280. 9 245.2 2 2 12.4 248 2 72.5 313.4 247 . 1 00 4.3 226 269.3 281.7 2 49.8 08 00 7.7 248 2 75.9 302.2 251.6 0 2 4.2 226 269,2 278. 8 2 51.7 02 6.9 248 2 77.6 304. 5 251.7

04 3.8 226 269.4 2 77.1 2 55.6 04 6,7 248 277. 5 301.7 250.7

06 4.0 226 269.3 2 76.8 247.9 06 6.9 247 276.5 301 .6 250.8 0 8 4.7 226 268.4 2 77.5 247.1 08 8.5 248 267.6 296.7 241.0

10 4.8 226 264.8 276. 6 247.6 10 9,0 248 2 58,4 292.7 236.7

12 5.2 226 261.7 278,7 245.8 12 8.7 248 250,7 292.6 233 . 0 14 6.4 226 259 .6 278. 8 239.8 14 9.4 248 247,4 314.5 229.3

16 6.4 226 260.2 287.1 243. 3 16 9.5 247 249, 1 290.7 231 .2 18 5.5 226 265,9 278. 3 245.7 18 10.5 247 256.6 299.7 234.9

20 4.8 226 267,8 279. 7 245.9 20 10.4 248 262.6 299.9 242 . 7 22 4.3 226 268 ,7 277.9 247.8 22 9.2 248 269. 0 299.6 248 . 3 00 4.8 248 266,5 279.7 2 50.2 09 00 7.6 240 2 74.8 297.8 243.4

02 5.0 248 267,0 283,4 2 50,3 02 6.4 240 275.5 294.8 251.8

04 4.7 248 267,4 282,4 248,3 04 5.9 240 2 75.7 2 93.2 248.1 06 4.3 248 268,0 279, 4 2 51,8 06 5.4 240 2 76.0 2 92.7 258.2

08 5.2 248 265,4 2 79,8 2 50,7 08 7.7 240 269.2 2 91.9 244. 9 1 0

6.3 248 260,7 2 8 3,2 242,5 10 9.0 240 2 61,0 294.6 239.7 1 2

7.3 247 256,8 2 78,9 2 40,4 1 29.4 240 2 52.4 292.4 232 . 8 14 7.9 248 254,7 2 77,1 238,7 14 10.0 2 40 2 49.1 289.3 230.3

16 7.7 248 254,6 276, 5 239,0 16 10.9 240 251.4 291.1 230.8

18 5.9 248 260.3 276. 2 246,3 18 11.4 240 262.0 300.3 234.5

20 5.0 248 264 , 0 282.2 2 52 ,0 20 9.5 240 267.3 295.3 245.3

22 4.9 248 265 , 5 278.7 2 51,3 22 8,3 240 2 71.9 2 99.5 241.7

00 5.3 240 267,7 281,2 2 51.2 10 00 5,7 248 2 70.4 288.0 245.4 0 2 5.1 240 268.7 280,7 249.7 02 5.1 248 2 70,6 287.3 249.6

04 4.8 238 269 . 0 283,7 251.9 04 5,3 248 2 70.7 2 88.3 244.5

06 4.9 2 34 269.1 281,1 250. 5 06 4,7 248 2 71.2 2 90.1 243.5

08 6.3 240 263.6 2 8, 1 , 5 242.2 08 6,2 248 267.7 292.8 238.9

10 7.0 240 258 .0 283.6 2 37.5 10 7,0 248 262,0 2 88,4 237.5

12 7.9 240 2 53.2 288, 5 234.4 1 2

8,4 248 2 56,3 2 8 7,2 235.7

14 9.0 240 2 51.4 291,1 2 31.4 14 8,6 248 2 52,9 2 83.4 233.9

16 9.0 240 252.4 289, 5 234.3 16 8,9 248 254,9 288,9 237.7

18 7.6 237 258.4 280,4 241.7 18 7.5 247 263,8 290.9 246. 5 20 6.2 239 263 . 5 284, 2 251.0 20 6,5 248 2 67.8 290.9 243.0

22 5.8 239 266.2 284,5 2 52.1 22 5,9 2 48 2 69.5 2 88.0 249 . 6

00 6.8 248 2 71,8 290, 0 247.5 1 100 5,4 2 39 2 70.4 2 87.3 249 . 5 02 6.1 248 272,9 290, 1 2 52.6 02 5,1 2 39 2 70.5 288.1 247.5

04 5.8 248 272 ,9 288, 7 247.8 04 5,0 2 39 2 70,6 290.6 248 . 7 0 6 6.5 248 271,9 289,6 2 44 . 0 06 4,5 240 2 70,8 2 91.5 2 54.5

08 7.4 248 265,6 285,0 2 39.0 08 5,5 240 2 69.9 2 90,6 2 54.2

10 8.6 248 258.8 282,9 2 37.0 10 7.4 240 2 66.2 290,4 243.2

12 9.3 248 254.7 280,4 237.4 12 7.8 240 261.8 296, 2 241.7

14 9,7 248 252 ,9 282,4 234. 3 14 8.4 240 259. 1 294. 2 241.6

16 9.8 248 254,3 290,8 236.7 16 8.1 240 261.7 296.3 242.8

18 9.5 248 259,6 293. 2 238.8 18 6.7 240 267.7 290.6 249.5

20 8.2 248 265,1 292.7 246.2 20 5.4 240 269. 7 284.7 247 . 1 22 7.6 248 268 , 9 291,7 249. 3 22 5.1 2 39 2 70.1 2 86.0 249 . 9

00 8.1 240 273.9 294. 7 248.8 1 200 4.8 245 269. 8 2 84.1 248.5

02 7.1 240 274.8 295.3 2 51.5 02 4.8 244 2 69,9 2 84 .6 246.6

04 6.3 240 275.6 295.7 248,7 04 4.8 245 2 69.8 282.9 248 . 2 06 7.3 240 273.8 290.0 245,3 06 4.2 245 2 7 0,1 2 8 5.2 249.6

08 8.1 240 266 . 9 293 . 1 2 36,1 08 4.7 247 2 70,1 2 8 8.1 248 . 8 10 8.9 240 259.9 287.8 240, 1 10 5.6 247 267,8 283.9 242.7 1 2

8.7 240 254 .9 283,6 '236,9 12 6.3 246 265.0 285.0 244 . 4 14 8.9 239 252.4 289, 7 233,0 14 7.0 246 263.2 285.9 244. 5 16 9.9 240 253.0 294.7 2 35.0 16 6.5 245 2 6 5.8 284.6 245.6

18 9.2 240 258,5 294.2 241.3 18 5,7 245 268. 7 284.9 248.6

20 8.8 240 264,5 294.5 246. 1 20 5.1 245 269.4 283.7 249.1

22 8.2 240 269,9 292.9 250.5 22 5.1 245 269.6 282.6 245.2

TYPE

50
STA MO HR

23188 01

23188 02

23188 03

23188 04

23188 05

23188 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

UU 9 • 4 248 324 . 7 347 . 2 2 93.3 07 00 6.5 248 347.0 366.2 333.0

u ^ 248 323 . 6 350. 3 293.3 02 6.5 248 347. 2 366.2 333 . 3

KJ t 248 322.8 3 50.3 299.6 04 6.7 248 347. 1 365 . 4 332 , 5 u O 1 0 • 0 248 32 2.0 348.6 2 96.6 06 6.9 248 347. 1 364.6 331 . 2 u o 1 0 • 9 248 320.7 349 . 9 290 . 4 08 6.9 2 48 344 , 9 362 . 0 327,8

J.u 1 £ • ^ 248 318.7 348. 8 284. 2 10 7.1 248 3 42.4 363 .4 3 05,9 1 y \. C. * £. 248 316.8 346.0 28 2.8 1 2

7.2 248 340.8 359.6 309. 9 1 h 1 2 • 4 248 318.0 345.8 28 3.5 14 7.1 248 3 39.9 360.2 317.0

16 12.2 248 320.4 345,7 281 .6 16 6.2 248 340.2 359.4 327.7

18 10.9 248 324.4 345.8 291.0 18 6.1 248 344. 3 361.3 327.9

20 9.9 248 325.4 347. 7 293.8 20 6.3 248 346 • 5 366.6 331.9

22 9.5 248 325.5 348. 8 294.9 22 6.3 248 347, 4 364. 5 333.2

00 11.1 226 322.1 346. 0 2 81.6 08 00 5.6 248 348.2 363. 

328.3

02 11.2 226 321.4 344. 4 285.8 02 5.6 248 348 .i 364 . 3 326.5

04 10.7 226 320.5 345.3 286.9 04 6.0 248 348 . 0 363.3 324.8 0 6 10.5 226 320.0 345 . 3 2 90.7 06 6.5 248 347, 5 363.6 323,8

08 12.1 22 6 318.0 346 . 2 2 84.0 08 6.7 248 3 4 5.5 3 59.2 321,1 1 0

13.9 226 314.3 34 7.0 2 7 8,2 10 6.9 248 342 . 7 365 .4 312,1 1 2 14.6 226 312.9 348 • 9 2 76.3 12 6.0 248 341.5 362.5 319,2

14 14.7 226 314.2 349 . 0 2 72.5 14 6.4 248 340. 4 363 . 4 319.6

16 12.9 226 316.6 346.8 272.6 16 6.0 248 341.4 359.6 319.7

18 11.5 226 321.5 346.8 284.0 18 6.4 248 345.6 365.4 311.2 2 0 11.1 226 322.6 346. 8 2 8 6.3 20 6.3 2 44 3 47.3 363.3 322 . 3 22 11.0 2 2 6 322.7 348 • 0 28 7.4 22 5.8 248 3 47.7 362.9 330.0

00 8.5 217 326 . 8 346.6 295.7 09 00 8.0 240 3 46 . 7 369.9 314.3

02 9,3 217 325.8 344.2 292.7 02 7.8 240 346. 5 369,0 318.0

04 9.4 217 324 . 7 342. 3 2 90.9 04 7,9 2 40 3 45.8 363.8 321.6

06 9.4 217 324 . 2 342 . 4 292.6 06 8.4 240 3 4 5,1 364a 5 320. 3 08 10.5 217 321.4 342. 0 2 8 8.3 08 8.7 240 342,9 363.0 312,9 1 0

12.2 217 317.9 342 • 0 277.0 10 8.6 240 340. 2 360. 1 307.5 1 2

12.2 217 317.4 342.0 2 71.5 12 8.1 239 3 39,4 3 55,7 306 . 0 14 11.7 217 318.2 343.6 2 72.5 14 7.4 240 3 39.2 355.7 317.3

16 11.2 217 318.9 341.3 282.8 16 7.4 240 340.4 355.2 305.2

18 10.2 217 323.9 340.5 280.6 18 7.4 241 345.2 363.9 316,8

20 9.4 217 326.0 342.8 286.8 20 7.6 240 345.9 363.1 323.6

22 9.1 217 326.9 345.1 28 9.8 22 8,4 240 346. 1 368.6 319,0

00 6.7 210 331.1 345 . 3 298.9 10 00 10.5 248 3 37,9 354.0 295.2

02 7.8 210 330.2 347.4 2 77.5 02 10.9 248 3 37,2 3 56.8 297,7

04 7.4 210 3 30.3 344. 0 297.6 04 11.4 248 3 36.1 3 56.1 2 96.8

06 8.4 210 329.6 343.1 2 77.3 06 11.6 248 3 34. 9 3 54.6 295 . 9 08 8.6 210 327.2 343.9 2 91.3 08 12.2 248 3 33.1 3 55.0 293,5 1 0

8.6 210 325.2 339.6 293 . 0 1 0

14.1 248 3 3 0.1 3 51,0 2 78,2 1 2

8.3 210 323.7 339.8 2 94.9 1 2

13.8 248 3 2 9,7 3 49,7 2 7 5,5 1 4

8.5 210 323.8 340 . 1 2 8 8.8 14 13.0 248 3 31.6 3 54.0 273 , 3 16 7.5 209 325.1 341.3 294.5 16 13.9 248 332.9 351.9 277,0

18 7.0 210 329.3 346.4 298.8 18 11.8 248 336.9 354.4 284, 4 20 7.1 210 330.6 346. 9 296.6 20 11.0 248 3 37.9 357,3 291,3

22 7.0 210 331.1 346. 7 293.3 22 10.5 248 338. 1 356,5 294, 5

00 8.0 217 332 .8 350.4 298.4 1 1

00 14.0 239 3 27.8 355,1 290,5

02 7,5 217 332.7 352. 3 3 01.9 0 2 14.3 240 3 26.5 3 56,7 279, 9 04 7,9 216 332.2 351.7 2 9 3.9 04 13.9 240 3 25.4 3 55,0 290,4

06 8.2 217 331.4 348. 4 2 9 5.0 06 13.7 240 3 24. 3 3 5 3,8 28 5,3 0 8 9.6 217 328.6 342.6 2 8 3,0 08 14.2 240 3 2 3.0 3 53.5 2 8 7,4

10 10.3 217 326.6 34 1.2 2 76.1 10 17.4 240 318.6 354.9 2 8 0,8

12 9.7 217 326,1 342.6 274.6 1 2 17.6 240 317.3 352.6 271,9 1 4

8,5 217 326.5 34 1.9 2 71.1 1 417.1 240 3 2 0,7 3 56.3 2 78,7

16 8.0 217 327.7 346. 5 292.0 16 16.5 240 324.0 354.7 282,9

18 7.9 217 331.0 344. 1 294.3 18 15.2 240 327.9 353.6 284, 1 20 7.6 217 332.8 350. 7 2 94.6 20 13.6 240 3 29,1 3 5 3.9 289 • 1 2 2 7,7 217 333,2 3 54.0 2 96.3 2 2 13.3 240 3 29.2 3 5 5.8 286,6

00 5.6 210 337.6 351.4 316.1 1 2

00 13,0 248 3 2 3.3 347.8 283.6 0 2 5.9 210 337.6 353.5 316.0 02 12,6 248 3 22.6 346.7 286.2

04 6.1 210 337,3 357.4 319.7 04 12.3 248 3 21.5 347.4 288,6

06 6.3 210 336.5 352.6 319.4 06 12.1 248 3 20.7 345.8 287,1

08 6.7 210 334.4 352. 9 315.3 08 12.8 248 319.5 344.4 2 84,-7 10 6.6 210 332 .9 350. 6 310.0 10 14.4 248 316.3 342.7 279 , 9 1 2

6.0 210 3 3 2.0 348.6 315.6 1 2

15.4 248 314.6 340 . 3 2 74.9

14 6.2 210 331.3 348. 1 3 08.5 1 414.7 248 317.0 346 . 3 2 73,3

16 5.5 210 332.1 344, 8 310.1 1 6

13.3 248 3 21,0 346.2 280,8

18 5.3 210 335.9 350.4 319.7 18 12.8 248 324.8 347.5 287.1

20 7.0 210 337.1 355. 7 269.9 20 12.2 248 325.6 346.9 284. 5 22 5.2 210 338.2 353.8 324.6 22 12.4 248 325.0 348.3 287.5

TYPE

51
5TA

23230 01

23230 02

23230 03

23230 0^

23230 05

23230 06

HR S D

J MEAN MAX MIN MO HR S DJ MEAN MAX MIN

00 9.5 248 323 . 3 345. 5 294.9 07 00 3.5 248 3 34.9 343,9 325, 5 02 9.1 248 323.3 346. 8 296.7 02 3.4 248 334. 8 343,8 325, 7 04 8.9 248 323.4 347.6 295.4 04 3.4 248 3 34.7 344,0 325.8

06 8.6 248 323.2 345.2 297.5 06 3.4 248 334.7 345,6 321.5

08 9. 1 248 323.2 350.3 295.7 08 3.6 248 333.7 342,9 319.2

10 10.8 248 322.3 348. 5 293.4 10 5.2 247 330.6 345,6 293.3

12 11.6 248 320.9 348.3 292.2 12 6.8 248 326.4 339,9 284. 1 14 12.3 248 319.6 347. 7 290.3 14 6.4 248 326.0 341,6 291.7

16 11.8 248 320.4 350. 1 289.7 16 6.1 248 327.5 344.3 294.5

18 10.4 248 322,7 347. 2 292.2 18 4.9 248 331.1 344,9 308.4

20 9.9 248 323.1 346. 7 293.6 20 4.2 248 333.8 343,3 300.6

22 9.9 248 323.0 346. 1 291.9 22 3.6 248 3 34.6 344,3 323. 1

00 8.7 226 323.5 341.8 293. 1 08 00 4.4 247 336.6 354,7 326.2

02 9.1 226 323 .0 342.5 291.1 02 4.6 248 3 36.4 356,5 326.4

04 8.7 226 323.0 339.5 296.4 04 4.7 248 3 36,0 3 55,0 325.2

06 8.4 226 322.8 339 . 3 294.0 06 4.3 248 336, 1 356,3 325.7

08 9.2 226 323.0 340.8 293.7 08 4.5 248 3 35,6 355,3 326. 3 10 10.8 226 321.4 341.0 291.3 10 4.9 248 333,4 356,7 320. 5 12 11.5 226 319,2 344. 9 289.0 12 6.8 248 328,7 346, 5 295. 7 14 11.9 226 317,6 342. 9 287,0 14 6,6 241 328.2 3 50,7 304.4

16 11.0 226 318,9 342.6 287,6 16 6,1 246 330.0 354,3 305.5

18 9.8 226 322.2 342. 9 293.8 18 5,1 248 333.5 350,4 314.4

20 9.0 226 324.0 343.2 291.4 20 4,6 248 335.9 350, 1 325 . 1 22 8.2 226 323.7 341.4 296.0 22 4,4 248 336.3 350.2 327.2

00 7.5 217 322.6 339. 5 287.4 09 00 5,7 240 335.7 348.2 313.3

02 8.0 217 322.2 338.4 282.9 02 5,6 240 335.3 348.9 316.1

04 7.7 217 321.9 337,0 288.8 04 5.7 240 335.0 348.1 315.1

06 7.5 217 321 .9 339,9 294. 1 06 36.3 240 332.7 348. 1 220.0

08 9.4 217 320.9 343.8 287.7 08 6.1 240 334.9 348.2 311.2

10 10.6 217 318.5 346 . 0 287.7 10 7.1 240 332.1 348.6 300. 5 1 2 11.7 217 314,4 339. 3 281.5 12 10.3 240 326.2 348.2 286.4

14 11.7 217 313.6 339i 9 282.6 14 10.0 240 325.7 349.3 287.7

16 10.7 217 314,9 338.2 284.8 16 9.2 240 328. 1 343.6 294.6

18 8.5 217 319,6 338,3 290.3 18 6.8 240 333.0 347.0 309.7

20 7.6 217 322,2 338,6 290.5 20 6.2 240 334.9 347.9 313.9

22 7,3 217 322.6 341 . 3 291.3 22 5.6 240 335.8 350.7 315.9

00 6.0 210 326.0 340.4 308.6 10 00 20.1 248 329.8 348,5 48.5

02 5.8 210 325.7 340. 8 303.7 02 9.2 248 330.3 351.1 292.2

04 5.6 210 325.3 338.4 307.1 04 9.2 248 329.8 351.3 293.4

06 5.9 210 325.4 33'9.9 302.4 06 9.4 248 330.0 349.6 292.8

08 7.8 210 324.2 341. 1 292.8 08 11.1 248 330.3 353.2 269.4

10 8.3 210 322.0 341.0 291.6 10 12.2 248 328.3 351.0 285.3

12 9.2 210 318.4 337.7 289.0 12 14.4 248 322.2 352.5 281.1

14 8.6 210 318.2 343. 5 290.2 14 14.2 248 321.1 347.5 263.3

16 8.3 210 319.3 346. 2 290.8 16 13.2 248 323.9 348.5 283.8

18 7.1 210 322.2 344.4 298.6 18 10.9 248 329. 1 348.2 290,0

20 6'. 4 210 324.7 338.9 300. 3 20 9.4 248 331.1 348.2 294,0

22 6.2 210 325.7 342. 5 296. 5 22 19.0 248 329.9 368.2 69,9

00 5.8 217 328.0 340.6 288.8 11 00 9.3 240 327.5 351.3 280,9

02 5.9 217 327.9 343.0 285.2 02 9.4 240 327.2 351.7 287,7

04 5.5 217 327.9 342. 6 289.9 04 9.3 240 327.0 351.8 288,2

06 5.6 217 328.1 341.4 293.4 06 9.4 240 326.7 351.2 290,7

08 6.9 217 326.2 345.9 2 94.8 08 10.5 240 327.5 353.4 284,8

10 8.7 217 322 . 5 347.6 284.2 10 12.0 240 326.4 350.9 280,6 1 2

9. 3 217 319.3 338. 9 275.2 12 12.7 240 323.3 350.3 285 , 8 14 8.9 217 318.0 339.7 283.1 14 13.8 240 321.3 350.4 282 , 2 16 8.6 217 319.4 338.8 284.5 16 12.5 240 324. 1 350.9 280.2

18 6.6 217 323.2 340.9 295. 1 18 10.6 240 327.3 350.9 280.0

20 5.3 217 326. 5 340. 9 311.2 20 10.2 240 328. 1 350.8 278 . 3 22 5.0 217 327.4 341.5 310.3 22 10.1 240 328.0 351.3 277.8

00 5.2 210 331.0 343. 2 298.5 12 00 8.3 248 325.0 3 44.4 299. 7 02 5.2 210 331.1 342.4 295.6 02 8.1 248 324.9 345.5 298.4

04 5.2 210 331.1 340. 4 292.8 04 7.9 248 324.9 344,5 298.5

06 5.9 210 331.0 347. 5 288.6 06" 7.9 248 324.7 343,7 302.2

08 7. 1 212 329.3 346.4 286.2 08 8.2 248 324.7 344,5 299.7

10 8.2 210 325.7 346. 1 280.1 10 9.8 248 323.7 346.6 298.7

12 8.9 210 322.6 340.0 279.4 12 10.5 248 321.8 346.8 297. 1 14 7.7 210 322.5 339.7 280. 5 14 11.2 248 321.1 344. 7 290. 1 1 6

7.2 210 323 .9 341.8 281.8 16 10.8 248 322.3 345.5 296. 1 18 6.1 210 326.8 339.9 299.3 18 9.5 248 324. 1 346.4 298. 1 20 5.1 210 329.6 340.4 305.5 20 8.9 248 324. 5 346.7 294.7

22 4.6 210 330.8 342. 8 308.6 22 8.6 248 324.8 343,9 292.3

TYPE

52
STA

23232 01

23232 02

23232 03

23232 0^

23232 05

23232 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

nn

UU

A 7 <L

H o QD

C9 aJ ^^ c7 348.6 2 96.5 07 00 6.5 248 3 26.7 342,5 300 . 3

ft . c H

O 323*1 345 « 1 298.6 02 6.2 248 3 2 7,7 342.8 299 . 2 U H ft 9 248 3 2 2 • 9 345 . 9 2 98.8 04 5.7 248 328.9 342.1 296.9 u o ft ^ 248 3 2 2 • 9 346 . 2 299. 6 06 5.6 248 329, 7 342,1 299 . 4 0 8 8,2 248 322 • 8 345 , Zf 3 00.7 08 6,9 248 3 27.7 351.2 297.4 1 u 9 • 5 248 32 2 • 6 345 . 7 295.5 10 8.2 248 3 24.4 347. 1 296 . 2 1 c J. 1 • 1 248 32 0 • 8 346 . 3 291.9 1 2

10.5 248 318.4 3 50,9 285,7 1 ^ 1 p n 248 3 1 9 • 3 344 , 0 291.5 14 12.1 248 311.0 347, 5 280.1

16 11.7 247 320.5 352.8 289.6 16 12.8 248 309.1 336.0 278.7

18 10.1 248 322.9 352.8 294.8 18 10.5 248 3 16. 5 339. 1 284. 1 ^7 nu V . *+ 248 323.2 351.3 295.6 20 7.6 248 3 22.8 345.3 293,2 2 2 8.9 2 48 323.6 349.2 2 97.5 22 6,7 248 3 25,2 341.9 298 . 5

00 8.7 226 323.1 342 . 1 295.7 08 00 6.6 248 3 29.0 3 55.2 306. 8 0 2 8.0 226 322 . 8 340, 6 297 , 9 02 6.4 248 329.6 355.0 310.0

04 7.5 226 3 22.2 340 . 1 2 98.1 04 5,6 248 3 30.6 3 50.9 313.2

06 7.2 226 322.1 339, 0 297.2 06 4.9 248 3 32.1 349. 7 316.6 0 8 8.2 226 322 . 3 338.7 295 . 6 08 6.0 248 3 30,0 354.4 307.5 1 0

10.3 226 320.6 342 . 2 292. 6 10 7.3 248 3 26,1 3 50.4 305 . 0 1 2

11.5 226 317.8 34 1.6 286.0 1 2 9.0 248 3 20.5 348 . 7 296 . 9 14 12.7 226 315.6 343 . 7 283.5 1 4

11.2 248 313.6 347.4 282.9

16 13.1 226 315.5 344.2 283.7 16 12.3 248 310.6 350.8 272.8

18 11.1 226 320.5 341.3 288.3 18 10.1 248 318.9 346.1 277.4 2 0 9.7 226 322 . 2 342.4 2 95.7 20 7,5 248 3 25.4 352.7 3 01.6 2 2 9.1 226 322 • 7 342 . 1 2 96 . 0 22 7.1 248 3 27.5 349. 3 303 . 3 0 0 8.2 248 321.4 344 , 6 293 . 9 09 00 8.3 240 3 27.4 345.9 303.7 0 2 7.8 248 321.2 344 . 5 2 91.8 02 240 327. 9 345 . 6 301 . 5 OA 7.5 248 321.0 343.7 291.7 04 7.8 240 3 28 . 5 342,7 301.3 0 6 7.1 248 3 2 0.9 340.0 2 92.4 06 7.4 240 3 29.8 343.8 303 . 3 0 8 9.1 248 320.0 340. 1 291.5 08 9.3 240 3 27.6 3 46 . 1 298.6 1 0

10.6 248 317.2 342.8 285.5 10 10.7 240 3 22.9 347,9 291.4 1 2 11.9 2 48 313.7 343.2 2 81.0 1 2

12.3 240 317.2 3 58.0 2 82.3

14 12.4 248 309 . 6 341.5 279.1 14 13.6 240 311.5 354. 1 280.6

16 13.1 248 309.5 345. 5 273.7 16 14.0 240 310.2 364.8 275.2

18 11.8 248 316.0 344.2 281.9 18 12.2 240 319.0 349.8 284.2

20 9.8 248 319.3^ 342 . 2 2 8 4.1 20 9.9 240 3 24,4 347 . 0 295,8

22 8.9 247 320.3 341,9 287.6 22 8.8 240 3 26.5 343.9 299,6

00 7.7 240 324 • 4 346 . 6 295.3 10 00 10.9 248 3 23.5 352.0 293.6

02 7.2 240 324.1 341 , 3 296.1 02 10.6 248 324. 0 350. 6 294.3

04 7.0 240 324 . 3 344, 4 2 97.3 04 10.3 248 3 24.3 348 . 8 296.2 0 6 6.9 240 324 . 7 342. 8 2 99.0 06 9.6 248 3 25.0 346,6 296.4 0 8 8.6 240 322.8 342.0 294.0 08 11.5 248 3 24.0 347.9 292.6 1 0 10.0 240 318.8 341.7 287.6 10 12.9 248 319.5 347.1 289.3 1 2 11.6 240 314.3 340 , 6 284.2 1 2

13,9 248 313.7 349.7 284.0

14 13.0 240 311.2 340. 5 280.8 14 14.6 248 3 09.6 352,4 279.6

16 13.8 240 312.0 340.3 277. 1 16 14.6 248 310.1 351.4 281.4

18 12.2 240 320.0 345.6 284.5 18 13.0 248 317.7 348,9 289.2

20 10.1 239 323.2 349 . 0 289.4 20 12.0 248 3 21.7 351.1 292.6

22 9,0 240 324 , 0 349 . 8 291,8 22 11.6 248 323.0 349. 3 294, 1 00 7.0 217 325.2 344.4 290.3 1 1

00 10.3 240 325.6 354.7 286 . 2 02 7.1 217 325 ,2 344,0 288.7 02 9.8 240 3 25.4 358. 5 288.3

04 6.8 217 325 .4 343.5 2 91.1 04 9,4 240 3 25.4 357. 9 284.9 0 6 7.2 217 325.7 344,4 2 94.4 06 9.3 240 3 25.2 359.1 288.4

08 9.1 217 321.7 348 . 4 2 92.1 08 10.3 240 3 2 5.6 36 1,8 2 90.0 1 0

10.9 217 317.1 347.4 2 8 8.0 10 12.5 240 3 2 3,9 363.3 283 . 5 12 12.3 217 312.4 338.4 2 83.2 X 2 14.1 2 39 3 2 0.8 366 . 2 283.0

14 13.0 217 309 . 1

336.1 2 77.9 14 15.1 240 318.4 362.8 279 . 3 16 14.1 217 307.8 336.2 273.1 16 14.6 240 320.0 361. 1 283.2

18 13.3 217 315.1 338.7 277.2 18 12.9 240 324. 1 358.2 288.8 2 0 9.0 217 322.5 343. 5 2 92.8 20 11.6 2 39 3 2 5.0 3 58.6 291.1

22 7.2 217 324,1 342 , 1 296.0 22 10.4 2 40 3 25.4 3 55.6 293 , 7 00 6.6 209 325.6 343,2 294 , 0 1 2 00 7.2 248 3 24.7 347, 2 299 . 9 0 2 6.1 210 326.3 342.1 2 96.2 02 7.4 248 3 24. 6 345.8 298 . 5 04 5.8 210 326 . 9 339. 4 290.6 04 7.4 248 3 24.4 347.2 3 00.4

06 6.3 210 327.0 344 , 2 294.1 06 7.1 248 3 24. 7 347. 1 306.8

08 7.9 210 322.9 343. 8 294,1 08 7.3 248 3 25.0 348. 8 3 07.2 1 0 9,2 210 318.8 345.6 2 86.0 1 0

8.6 247 3 2 4.9 349.0 302.3 1 2

10.4 210 313.8 343.0 2 8 3.2 12 10.3 248 323.2 3 50.7 295.6 1 4

12.0 210 309 . 8 3 3 8.5 2 76.6 1 410.8 247 3 21,9 349,4 293.1

16 12.5 210 309 .2 332.8 272.7 16 10,4 248 3 22.7 349. 5 293.6

18 11.6 210 315.4 339.0 276.0 18 8.8 248 324.6 348.9 295.6

20 7.6 210 321.8 340.9 293.6 20 8.0 248 325.1 347.1 294.8

22 6.9 210 324.4 341.1 292.0 22 7.6 248 325.0 346.1 297.5

TYPE

53
STA

23236 02

23236 03

23236 0*

23236 05

23236 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 9.2 248 320.3 346. 6 284.7 07 00 5.0 279 333,4 353.1 320.0

02 8.7 248 319.8 346. 3 288.0 02 5.0 2 79 333,2 355.4 314.0

04 8.6 248 319.1 345.6 282.6 04 4.8 279 333,8 353.8 309.0

06 8.0 248 319.1 345.4 287.8 06 5.0 279 333.5 353.2 304. 3 08 8.6 248 319.3 345.4 292.0 08 5.5 279 332. 1 355.0 308.6

10 10.8 248 317.1 343. 8 291 .4 10 6.8 279 330.1 357.0 271.4

12 12.2 248 314.7 344.4 291.6 12 6.2 279 328. 1 357.1 292. 1 14 11.9 248 315.1 343.5 287. 3 14 6.5 279 327.6 352.6 284. 1 16 11.0 248 318.8 343. 1 288.0 16 5.9 275 329.0 353.3 295.7

18 9.4 248 322.3 345. 3 287.2 18 5.4 279 331,1 349,3 300. 1 20 9.3 248 321.9 346.0 280.8 20 4.6 279 333.7 352.0 310.7

22 9.3 248 321.1 346.9 282.7 22 4.1 2 79 334.6 351.1 315.0

00 8.5 226 318.9 340.8 283.7 08 00 3.6 279 3 34.2 341.8 324.2

02 8,0 226 317.9 342. 2 290.4 02 4.0 279 333. 8 341.6 318.7

04 7.8 226 317.4 343.0 292.2 04 3.8 279 3 34. 0 345.0 317.3

06 7.4 226 316.8 342. 3 297.0 06 3.8 279 333.6 342.7 316.6

0.8 8.8 226 316.1 341. 1 295.4 08 4.2 278 332.4 343.4 320.2

10 11.5 226 312.2 339.8 286.9 10 4.4 279 330.5 343.9 314. 1 12 12.7 226 309.6 341.4 280.6 12 4.9 279 328.7 343.5 301.2

14 12.2 226 312.1 340.4 278.7 14 4.7 279 328.1 348. 1 308 . 7 16 11.4 226 314.5 338.2 277.5 16 4.1 279 329.9 341.7 308.8

18 8.9 226 320.6 342. 5 292.8 18 3.9 279 332. 8 342.0 314.8

20 8.4 226 320.8 342.5 295.5 20 3.4 279 334.8 342.6 316.2

22 8.5 226 320.0 339.7 294.4 22 3.2 279 335.2 342.6 323.7

00 7.9 248 320.3 337.8 293.1 09 00 6.9 240 333. 1 346.6 292.8

02 7.7 248 319.8 337, 5 296.5 02 6.9 239 332.4 346,2 296.3

04 7.7 248 319.1 338,7 293.3 04 7.1 240 331.9 345,5 294.7

06 6.3 248 318.7 335,9 291.3 06 7.0 240 331.3 345, 5 302.3

08 9.3 247 317.7 341,5 289.9 08 8.8 240 330.6 345,6 289.6

10 10.6 248 313.8 344,8 285.2 10 9.7 240 327.4 344,5 277.8

12 12.0 248 312.5 338,6 279.7 12 8.5 240 326. 2 345,7 287.0

14 11.2 248 313.7 339, 3 277.7 14 7.8 238 326,4 347,6 296. 5 16 10.2 248 315.3 337.9 285.7 16 7.4 240 328,3 342,7 295.6

18 8.5 248 319.9 339.8 290.3 18 5.9 240 333,2 347.0 304.3

20 8.3 248 321 .7 340.6 291 . 3 20 5.4 240 334.6 347.3 309.3

22 8.2 248 321.4 339, 3 292.2 22 6.2 240 334. 1 346.0 292 . 5 00 6.2 240 324.8 338,8 301.1 10 00 11.7 247 325,7 345.4 287.6

02 6.5 240 324. 1 337,6 304. 3 02 11,2 248 324,9 344. 1 285.0 0 4 6.4 240 323.9 336 , 3 303.9 04 11,5 248 324, 1 342.9 284.9

06 6.2 240 323.7 336, 3 304.8 06 11,4 248 322,9 343.8 287.3

08 8.0 240 322.0 338,0 295.9 08 14,6 243 321.0 342.7 276. 8 10 10.3 239 318.8 348, 1 287.6 10 16,7 247 316.7 349.3 267.9

12 9.4 240 318.2 342,8 285.4 12 15,4 247 317.7 345.4 269.0

14 8.0 240 318.7 342,7 286.1 14 13,3 248 320.8 344.8 275.2

16 7.5 240 319.5 337,7 294. 1 16 12,7 248 323.5 342.7 282.0

18 5.9 240 323.7 339.7 308.2 18 10,8 246 328.4 347. 7 286.6

20 5.5 240 326. 1 338.9 310.3 20 11,3 246 327.5 350. 1 284. 2 22 5.7 240 326.0 339.8 300.8 22 11,8 246 326.4 346.6 279. 5 00 5.8 248 326,3 339. 5 298.4 11 00 12,0 236 320.6 357.5 288.7

02 6.0 248 326. 1 340. 2 303.8 02 11,7 237 319.6 358.7 289.5

04 6.3 247 326,0 340.4 303.5 04 11,5 235 318.8 357.9 286.4

06 6.3 248 326,0 338, 1 299.3 06 11,1 237 318.1 358.2 289.7

08 8.9 248 322.6 340.0 289.2 08 13,4 238 317.5 360.1 286. 0 10 10.3 248 319.6 336.9 276.9 10 16,1 238 313.1 360. 1 280.4

12 9.2 248 319.5 336,5 271.1 12 15,7 240 312.5 357.2 279. 1 14 7,8 248 319.3 335,8 288,9 14 14,6 240 315.8 357,2 280.4

16 8.5 248 320.4 337, 2 284.4 16 13,4 240 320. 5 357.3 286.8

18 7.4 248 324.0 338.5 282.7 18 11,7 240 324.6 356.8 288.6

20 4.4 248 327.2 338.2 302.7 20 11,5 238 323.1 355.0 288.4

22 5.5 238 327.2 339. 1 300.3 22 11,8 239 321.8 356.5 289.5

00 4.6 240 329. 1 338.9 314.3 12 00 9.6 248 320.0 344.5 288.0

02 4.9 240 328.7 341 .7 314,0 02 9.6 248 319.4 344.8 290.9

04 5.3 240 328.6 340.3 309,5 04 9.2 247 318.9 344.8 294.8

06 6.0 240 328.3 339.6 299, 2 06 8.5 248 318.1 343.6 298.2

08 8.0 240 325.2 341.9 296, 0 08 9.4 248 318.0 345.4 297.2

10 7.7 240 323.3 340. 1 294, 3 10 12.1 248 315.6 347.6 284.0

12 6.6 240 322.5 338.4 2-94,7 12 14.3 248 313.2 346.7 280.5

14 6.7 240 322.3 338, 2 291,7 14 13,8 248 314.9 349.2 279. 3 16 6.1 240 323.4 337, 6 2 90,4 16 12,8 248 318.9 3 5 2.7 282 . 5 18 5.0 240 326.6 338,9 307.0 18 10,7 248 322.2 346.1 286.5

20 4.2 239 329.8 342,0 314.9 20 10.2 248 321.7 346.6 290.8

22 4.1 240 330.2 339.9 316.3 22 10,0 248 321.1 347.3 292.3

TYPE

54
STA

24011 02

24011 03

24011 04

24011 05

24011 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 6*2 248 298 . 5 322. 1 286,9 07 00 11.6 2 79 3 26.0 3 56.5 288.6 0 2 6» 4 246 298.7 322.7 2 8 7,2 0 2 i 1 , U <1 / V

c. c,

-3 *1 i> , -> 0 O

A 1 04 6 • 5 246 299.1 322. 7 286, 9 04 10.4 2 79 3 24,8 3 56.4 3 00.5

06 6 • 6 247 299.1 319,5 2 8 7,7 06 10,2 2 79 3 2 5,3

a t J D ^1 . D 3 02.8

08 6 • 6 246 299.2 319,7 286,2 08 11,3 2 79 3 2 5,3 -a c; "7 r\ 293 . 3 10 6.1 248 298 . 1

317,3 2 8 3,9 10 13,4 279 3 2 2,1 3 57.9 288.0 1 2

5.6 248 296.5 311,9 282,9 1 2

14,2 2 79 317,7 3 57.8 286 . 3 14 5.4 248 295 • 5 310,6 278 ,4 14 15,2 2 79 315,3 3 6 8 # 6 2 78.7

16 5.1 247 296.0 311,4 283,8 16 15,7 278 3 15.3 363.2 280.0

18 5.5 248 297.4 314,5 285,7 18 15,7 2 79 316.4 372.9 275.0

20 5.9 248 298.4 316,3 286, 0 20 14,2 279 3 2 5,6 3 77.0 285,4

22 6.2 247 298.6 321,3 2 8 6,4 2 2 12,8 2 79 3 2 7,2 3 71.7 292,3

00 4.6 225 297.4 315,1 285,4 08 00 11,5 279 3 2 2,2 3 51.4 296,2

02 4.6 226 297.6 316,7 287,0 02 11,0 2 79 3 22,2 3 54. 2 295,2

04 4.8 226 297 . 7 316,7 2 8 7,2 04 10,5 2 79 3 2 2,4 3 51.8 298,7

06 4.8 226 297 . 7 316,4 2 8 7,2 06 10,5 2 79 3 2 2,3 3 51.5 299 , 3 08 4.8 226 297,7 315,5 286,3 08 12,0 279 3 22.7 3 5 2.2 294 , 2 10 4.4 226 296 . 2 309 , 9 282,2 10 13,4 279 318,5 3 51.4 286,4

12 4.3 226 294 ,8 306, 6 280,3 1 215,2 279 313.6 347.6 279,6

14 4.4 226 293.9 304, 8 276, 6 14 16,1 279 3 09,5 3 56.9 268.6

16 4.1 226 294,4 304,9 278,4 16 16.0 279 309.3 345.5 269,4

18 4,0 226 295,5 307, 5 280,6 18 15,9 279 311.8 351.0 276,6

20 3.9 226 311,8 2 8 5,8 14,1 2 79 3 2 0 • 2 36 8,1 283 , 4 22 4.2 226 297,0 314,0 285,4 2 2 12,5 2 78 3 2 0 • 9 3 5 2,6 290,8

00 3.9 248 296 , 6 312,6 285,8 09 00 10,2 270 3 06 • 3 3 37,2 2 78,0

02 248 296,8 313,7 286 , 4 02 9,8 2 70 3 06 • 9 3 38,2 281,7

4. ^

"7

AQOQA fl

D i.

D 9 I 04 9,4 270 o. n"7 1 3 3 7,8 284,6

06 4.3 248 296,9 311,8 2 8 6,6 06 9.0 2 70 3 07 • 1 3 34,7 284, 6 Uo 4.2 248 296,4 311,1 2 8 5,6 08 10,2 270 3 06 • 1 3 35,1 283,2 11 oU 4 . J 9 A Q 7QA 7 T n 7 1 *i 1 f , D 1 0 i 1 , D -5 (J ^ • o

"aaA ^ a 7 c; r> 1 2

4.7 248 293 ,6 305 , 2 269,5 1 213,0 2 70 2 98 • 8 3 3 3,0 267 , 6 14 4.9 248 293 ,0 303,3 2 69,7 14 13,6 2 70 2 9 5 • 7 3 29,0 266 , 4 16 5.0 248 293,2 303,9 267.5 16 13,6 270 295.2 332,2 266,6

18 4.6 248 294,1 304, 9 271.4 18 12,5 270 298.8 330.5 268,2

20 3.7 248 295.9 308,6 283,2 20 11,1 270 304. 3 3 3 3.4 280,7 2 2 3.7 248 296. 5' 311,7 2 8 5,2 22 10,4 2 70 3 0 5.5 3 31.1 282,1

00 4.9 240 296 . 3 314,2 283,9 10 00 7,4 279 297.9 3 30.7 281,0 0 2 4.7 240 296.9 320,5 2 8 5,9 02 6,5 2 79 2 98.4 319.8 282,5

04 4.5 240 297 . 2 319,8 284,2 04 6,0 279 2 98.9 3 20.7 284,5 U O 4.3 240 29 7.4 32 2,5 2 8 7,9 06 6,2 2 79 2 99.0 3 30.7 283 , 3 u o 240 •5 Q C; A a ? n A ^ 41 u , o 2 8 3,0 Uo 6,8 279 2 98.8 3 29.4 283,0 1 0

7.2 240 292 , 1 32 3,6 2 67,7 10 8,4 2 79 2 9 5.4 3 2 9.6 275 • 0 1 o 1 ^ O . O 240 289 , 3 331,6 265,5 1 2

9,7 2 79 2 91.8 3 2 8.2 267 , 6 1 /l Q ~1 7 . r 240 288 , 1

323,0 264,9 14 10,4 2 79 2 89.3 3 2 2.8 2 59,2

16 9.9 240 288,0 320.5 263,6 16 10,7 279 289.0 321.8 257,7

18 9.7 240 288,8 314,9 267,4 18 9.7 279 292.7 323,2 267.2

£.U 240 293,6 32 3,2 2 76,9 8,2 2 78 2 9 5.9 32 7,9 276 . 9 22 6.0 240 295 , 7 326 , 4 2 8 2,3 22 7,7 279 2 97.2 3 30,9 2 78,8

r\unu

Q ^ "5

AQan o "a "aAD 2 8 3,1 1 i 00 4,6 240 2 95.8 3 09,6 280,7 0 2 8.6 248 303,2 33 7,8 2 8 5,4 02 4,3 240 2 96.0 309. 1 281 , 3 04 7.9 248 303,3 3 3 3,3 2 8 7,4 04 4,0 240 2 96 . 2 308.1 284,3 0 6 7.9 248 303 , 5 332,4 2 8 7,6 06 3,7 240 2 96. 4 307.5 285,0 0 8 9.4 2 48 301,0 336,6 281,3 08 3,7 240 2 96*2 307.5 285,2 1 0

11.1 248 297,7 339,3 2 77,0 10 4.7 240 2 94.7 308.9 279,6 1 2

12.1 2 48 295,0 334, 4 268,6 1 2

5,4 240 2 9 2.5 309. 5 267,3

14 12.8 2 48 293,6 338, 9 2 71,9 14 6,0 240 2 90.8 307. 5 2 62,5

16 12.6 248 292,8 339, 1 268,9 16 5.9 240 291.9 309.0 270,4

18 13.0 248 293,4 337,8 269,4 18 5.0 240 293.7 305.7 275. 5 20 11.7 248 298 , 6 338,0 2 71,6 20 4,6 240 2 94. 7 3 06.1 277,9 2 2 10.4 248 302 • 0 3 34,9 2 76,8 2 2 4,5 240 2 95.4 3 0 8.2 281 , 0 00 12.0 240 317,1 354. 1 28 7,8 1 2

00 4,7 247 2 96 . 5 317.4 286 . 3 0 2 11.3 240 316,5 350, 1 292, 3 02 4.7 248 2 96.7 316.5 288.3

04 11.4 2 40 315,9 3 51,2 286, 7 04 4.9 248 2 96. 8 316.0 287 . 5 0 6 11.5 240 316,4 3 5 2,3 2 8 6,1 06 5,2 248 2 96 . 7 317.8 285 . 4 0 8 12.9 240 315,2 3 56,7 2 8 3,4 08 5,4 248 2 96.8 317.1 284. 6 1 0

14.7 240 312,2 3 59,4 279, 8 10 4,7 248 2 9 5.8 313.6 281.0 1 2

14.8 240 309 , 1

346 , 5 2 75,3 12 4,7 247 2 94. 2 3 09.1 2 81.3 1 4

15.7 240 307,2 345 , 6 2 73,6 14 4,8 2 48 2 93.2 307.4 280. 3 1 6

240 307,5 351,8 2 71,8 16 4.6 247 2 93.9 309.0 280. 3 18 15.8 240 308,9 359,7 275,2 18 4.5 248 295.2 311.7 282.6

20 15.3 240 315,8 358,5 281,2 20 4.6 248 296.0 315.2 285.8

22 13.0 240 317.4 351,7 285,9 22 4.7 248 296.2 316.8 284.4

TYPE

55
STA

24021 01

24021 02

24021 03

24021 04

24021 05-

24021 06

HR S D

J MEAN MAX MIN MO HR S 0 J MEAN MAX MIN

00 1 • 0 2 2 5 7.8 258.5 2 57.1 07 0 2 4 • 7 248 2 5 3.9 266 . 8 2 37. 1 0 2 12.5 217 2 6 3,9 ? 7 Q 04 2,3 3 255.7 258. 2 2 53.7 0 6 4 • 7 217 253,8 266. 3 2 40.3 06 11.7 186 2 67.0 306. 1 233 , 5 08 4 • 8 248 2 54.1 267.0 2 38.1 08 12.0 217 2 66.3 303.7 233.6 1 0 4,3 217 2 52.4 264 . 6 2 35.1 1 0

12.9 1 86 260. 3 2 92.5 228.7 1 2 5,3 217 249 . 9 267.7 2 32.4 1 2

14.1 1 86 2 5 5.6 2 93,5 220.6 1 4

5,9 2 48 249 . 4 266.5. 2 3 5.8 14 15.0 217 2 51.3 304. 9 22 5.3

16 5.5 217 249.5 263. 5 234.3 16 16.2 186 251.2 302.6 222.9

18 6.0 3 258.5 265. 1 253.4 2 0 5.1 248 25 2.7 2 66.1 2 3 8.5 20 14.6 217 2 60.7 308.2 228.0

22 1 2 2 5 7.5 2 5 8.6 2 56.4

00 1.5 6 2 59.0 261,3 2 57.1 08

02 4.2 227 2 55.0 269.0 2 44. 2 02 11,8 217 261.5 2 98.5 234.2 0 4 1.4 2 58.6 260. 9 2 57.2

06 4.1 198 255 .0 268.6 240.9 06 10.0 186 2 64.0 297.7 238.3 0 8 4. 1 227 2 54.6 266 . 1 242 . 7 08 10.9 217 2 64.2 2 92.2 241 . 2 1 0

4.5 198 252.6 2 6 3.5 241.3 10 11.8 1 86 2 58.5 2 94 . 0 2 3 5.7 1 2 5.2 198 250.6 260. 9 2 30.7 1 2

13.4 186 252.7 295,9 228.3

14 6.2 227 249.1 262.9 2 30.4 14 14.4 217 2 49 . 8 2 99 , 2 223.6

16 6.0 198 249.4 263. 2 233.7 16 14.6 186 249. 5 297,9 223.8

18 1.9 6 257.8 259. 1 254. 1 20 4.8 227 253.4 267. 1 2 42.1 20 13.2 217 2 57.4 299.4 2 3 5.5

22 . 6 258.8 259.4 2 57.8

00 1.9 7 2 5 7.6 2 59.8 2 55,2 09

02 4.3 247 253 .8 264. 1 2 38.0 02 10.1 210 2 57.4 2 86,2 2 3 3.4

04 2.7

g 2 5 8.1 263.2 2 53.9 0 6 4.0 217 2 5 4 .' 2 2 63.3 242 . 2 06 8.4 180 2 58.9 2 8 2.9 243.9 0 8 4.5 248 253.1 262.5 2 38.7 08 9.5 210 2 59.0 288.2 233.9 1 0

5.1 217 2 50.8 2 66.9 2 34.6 10 9.8 180 2 53.7 284.7 2 32,2 1 2 5.5 217 249.0 2 6 0.6 2 2 9.6 12 11.1 180 2 49.7 279.8 225.1 1 4

6.0 248 248.1 261.7 2 29.7 14 12.9 210 2 47.7 279.4 222.8

16 6.3 217 248.1 260. 1 232.6 16 13.2 180 246.4 284.7 219.6

18 2.5 8 257.9 261.6 253.8 2 0 5.2 248 2 51,9 266 . 3 2 37.4 20 11.5 210 2 54,5 283.1 226.1 2 2 2.0 5 2 57.0 2 59.6 2 54.0

00 . 6 3 260.3 260. 7 2 59.6 1 0

00 3.2 3 2 66.2 2 6 8.5 2 62.6 0 2 5.9 240 2 5 5.0 271.9 240. 2 02 7,3 248 2 55.6 272.0 231.5

04 2.8 7 259.8 265.6 257.1 04 3.8 5 264. 1 267.4 258.7

06 5.0 210 255.9 274.6 241.1 06 7.1 210 256.0 288.4 230.5

08 6.5 240 254. 1 273.9 2 30.8 08 7.1 248 255.9 273.4 231.2 1 0 7.6 209 250.6 276.1 228.6 10 8.1 210 252. 5 275.9 233.6 1 2 8. 1 208 247.8 274.1 221.3 12 9. 2 210 249. 1 269.4 226.7

14 8.8 2 39 245.8 2 74,8 224.7 14 15.5 248 247.1 272.3 54 . 2 16 9.2 208 246.6 274.9 228.5 16 10.0 211 247.9 272.4 226.8

18 1»8 3 260-3 262-0 258*4 18 1.6 4 264.6 267.0 263.6 2 0 7.2 2 40 2 5 2.0 2 74,7 2 34.7 20 8.4 248 2 53,5 271.8 2 32.3 2 2 , 3 3 258.5 2 58,8 2 58,2 22 2.8 3 266. 3 267.9 263 . 1 0 0 1.8 3 260 . 5 261,6 2 58 .4 1 1

00 2.6 4 2 59.9 261.9 2 56.1 0 2 8.0 216 2 5 8.2 2 76.8 2 37.1 02 4.5 240 2 5 5.2 2 64 . 6 241.6

04 2.0 3 2 60.2 2 62.0 2 58.1 04 2.6 4 2 56.9 259.7 2 53.5

06 7.1 186 260.0 2 78.6 241.2 06 4.3 210 255.7 265.6 241.5

08 8.9 217 2 5 8.0 282.5 2 34.9 08 4.1 240 2 5 5.2 266.8 242 . 7 1 0 9.7 186 2 54.2 281.7 2 2 9.1 10 4.8 210 2 53.5 266.8 235.6 1 2 10,4 186 2 51,2 288.5 2 2 7.5 12 5.5 210 2 50.5 262.7 234.9 1 4

11.7 217 249 , 4 283.4 2 21.9 14 6.1 240 2 49.0 262.0 232.5

16 10.8 186 249.8 279.6 220.5 16 5.9 209 250.9 262.7 234.7

18 15.3 4 257.5 272.2 239.8 18 2.4 2 261 .0 262.7 259.3 2 Q 10.0 216 2 5 5.7 279 . 3 2 2 8.6 20 5.0 240 2 5 4.2 2 6 3.2 2 36.9 2 2 1.6 2 263.6 264.7 2 62.4 22 3,9 3 2 61.9 265,8 258.1 1 2

00 0,0 2 255.8 255.8 255.8 0 2 10.2 210 261 . 5 287.2 2 27.5 02 4.2 248 2 54.5 266,2 241.7

04 2.6 4 2 56.6 2 5.9 . 0 252.9 0 6 9.1 180 262 . 6 285. 9 2 3 2.4 06 3.7 217 2 54.9 263.8 244 . 2 0 8 10.2 209 262.1 289.3 2 31.5 08 4.0 248 2 54.6 264.5 242 . 3 1 0 10.7 180 257.4 283.6 2 29.5 10 4.2 217 253.6 263.4 239. 5 1 2

12.0 180 2 5 3.4 282.9 2 20.7 12 5.2 217 2 51.6 264 .9 234.2 1 4

13.0 209 250.7 294 . 7 2 2 2.0 14 5.3 247 2 50.6 269.6 235.3 1 6

13.6 18 0 248 . 8 298.9 2 2 3.7 16 5.0 217 2 52.2 265.0 236.8

18 1.1 5 257.6 258.4 255.7

20 12.4 210 258.7 296.6 225.3 20 4.6 248 253.7 264,6 240.2

22 3.3 2 256.4 258.7 254. 1

TYPE

56
STA

24023 01

24023 02

24023 03

24023 04

24023 05

24023 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 3 • 7 248 283.6 293.3 2 7 2 • 2 0 7 00 13*3 248 3 18.4 3 3 0 , 3 2 79.2

02 3.7 248 283.8 295.6 2 67.0 0 2 12,7 248 319*0 3 51,2 2 7 8.3 04 3 « 4 248 2 8 4.1 297.5 2 71,7 04 11*9 248 319,1 3 51,2 285.6

06 3 • 5 2 48 2 84.0 298.4 2 72.7 06 11 ft 9 /. ft

n 1 Qa 3 i 7 • 0 a /j 7 "a 284.8

08 3 • 6 2 48 2 84,2 298.3 2 70 • 4 08 13*2 248 319*2 346,8 2 80.8

10 4.1 248 282,6 293.5 2 6 7.8 10 14.3 248 315,1 349 , 2 2 69.8 1 2 4,4 248 280. 1 291.0 261.9 12 15,7 248 3 09. 7 34 7,1 2 56.5

14 6. 1 248 277.8 289 . 7 2 52.9 14 16*8 248 305*1 3 38,2 254.8

16 6.1 248 278.3 291.4 258,7 16 17*3 248 303.4 341.2 252.2

18 4.5 248 281 .2 292. 3 263.1 18 17.2 248 306*3 347.1 262.2

20 4.1 248 282.8 292.0 263,1 20 15.8 248 315.5 3 57,2 272.3 2 2 3.8 248 283.5 29 5.4 2 69,2 2 2 13,8 2 48 317.8 3 55.3 283.2

00 3.6 2 26 "5

QA 1 <1 O t • 1 30 3.9 2 7 2 • 6 n ft 19 ft 9Zi. ft ^ H 0 3 17.1 "a 9 Q 9 Q 1 9 z 0 1 * c 02 3.4 226 284 . 5 301.2 2 70,8 02 11,4 248 319*1 348 • 7 288 , 7 04 3.4 226 284.2 299.9 2 7 2 • 4 04 10*4 248 319.4 347.2 289,3

06 3.1 226 284 , 6 300.8 2 76,4 06 9.8 248 319.2 348.4 294 * 8 0 8 3.5 226 284 . 6 300.6 2 7 3,1 08 10.7 248 3 20.6 3 5 2.6 290*9 1 0

4.3 226 282.4 296.0 2 6 8*3 10 12.0 248 317,6 3 5 5,3 281*2 1 2 5.7 2 2 6 279 . 9 293.7 2 63,8 1 2

13.2 248 312*8

a /. 9 0 3 *+ «i , 7 9 7 Q "7 1 4

6.8 2 2 6 277.4 293.9 2 58.1 14 14,6 248 3 09,4 3 39,9 266 * 8 16 7.2 224 277.5 292.8 255»9 16 15.3 246 308.0 343,6 256*3

18 5.8 226 280.4 292.7 261.3 18 15*0 248 311.9 345.7 270.2

20 3.8 226 283.2 298.6 270.4 20 13*8 248 3 20,0 350,4 212 ml 22 4.0 226 283.8 297 • 0 266 • 9 22 13*2 248 319,5 3 51,5 211 ml 0 0 4.5 2 4 8 2 8 3.5 2 9 6 • 8 2 6 5*3 0 9 00 19 9 99 c; 2 99,8 •a / 9 9 2 7 3.9 0 2 4.2 248 2 8 3.9 296.6 2 71,8 02 11*2 231 3 00.1 3 34 « 9 2 7 5,5

04 3.6 248 284.0 292.9 2 72 • 4 04 10*4 2 30 3 00.7 3 30*8 279,5

06 3.8 248 2 8 3.9 294. 3 2 68,8 06 10*3 2 30 3 00,5 3 32.9 2 73.0

08 3.8 248 283 . 3 295.4 2 71,6 08 12,0 2 26 2 99.8 3 35,3 266 . 8 10 6.0 248 279 . 9 297.1 2 60 0 10 14,8 2 29 2 95*4 3 35.2 263 . 7 1 2 7.3 248 2 7 7.1 296 . 1 2 5 3.7 1 2

15,3 2 26 2 89.9 3 30,1 262,5

14 8,5 2 48 2 74.7 294 . 3 2 45 • 6 14 16*6 2 29 2 86.5 3 30,5 2 54,2

16 8.8 248 274.0 290.2 247, 1 16 16*4 231 286.5 334,7 252,9

18 7.6 248 276.3 300.8 255,7 18 15*1 228 291.4 338,9 261,6

20 5.1 2 48 281.3 293.6 2 59,1 20 14*2 2 24 2 97.7 3 39,5 245,8 2 2 4.9 2 48 2 82.7 299,3 2 64 • 3 7 7 13*3 997 2 98*9 3 3 7,3 2 68,3 n n 7.9 240 2 86,5 312.3 2 69,7 1 0

nnuu 9*6 247 2 90*6 3 3 3,7 268,0

u ^ 7 9 1 • iL 7 A

n "5 ft 7 J5 i u . u

p 7 n 9 u ^ Q 9 248 9 0 n ft

a333,0 "a A 9 7 n 7 0 4 o . / 240 0 0 7 /, 310.4 04 8*6 9 /i ft 2 90*9 •a 9 7 ft 2 72,9 0 6 6.3 240 287 , 5 311.2 2 71.0 06 8,3 2 48 2 91*1 3 26,6 2 72.0 0 8 7.9 240 285,9 309 . 9 2 58.0 08 9*3 247 2 91*1 3 29,3 269 , 7 1 0

9.5 240 281,8 310.0 2 49 • 2 10 10*6 2 48 2 86,5 3 31,1 261*8 1 2 10.8 240 2 7 8,4 310.4 2 44 . 0 1 2

12.1 248 2 8 2*0 3 34.1 2 5 5*5 1 *+ 11." 240 "3 7 A /. 1

"5 3 i ^1 . D 2 49.8 1 /i i*f 1 "a 1 1 3 , 1 9 / Q H 0 z9 7/ Q 0 0 * 7

"a3"a3 <i9 n* (J 248 * 5 16 11.5 240 275.1 305. 2 251,0 16 12.8 248 278.4 326.9 249.4

18 11.0 2

40' 277.1 303.8 252 .0 18 11.6 248 284.1 329,7 257.6 2 0 8.9 240 2 8 3 • 4 310.7 2 52,9 10*5 2 46 2 8 8.2 3 31,8 2 64 . 5 2 2 6.4 240 2 8 5 • 6 313.8 2 56,5 9*7 248 2 8 9,4 3 31,7 267.9 U U 1 u . o 0 17 OOP 3 3 2.8 2 69.3 1 1 1 1

00 5*0 2 40 9ft/. / 3 0 3,0 9 £.

Q 0

.CD 7 . 0 U c. 9.9 217 29 8 • 8 2 6 7,5 0 2

/. 9 2 40 2 84.8 3 U 1 , U 9 "7 1 £. Z f 1 * 0 04 9.3 217 298 • 9 338.4 2 74,8 04 4.2 2 40 2 84.9 3 0 3.5 2 67,4

06 9.2 217 299 • 2 335.2 2 68,5 06 4.2 240 2 8 5.0 303,3 268,7 U o 11 "7 11./ 217 33 2,8 264« 1 08 / 1 240 9 ft c. "? z 0 3 • z

•a r\ "aa 3 (J 3 , 0 2 68,3 1 0 13.4 217 2 9 3 • 3 331.8 2 59*4 10 5*9 240 9 ft 1 0 c 0 1 . V 30 7.6 266 , 2 1 2 14, 1 217 2 8 9 • 8 32 8.2 2 5 3,9 1 2

7,4 2 40 9 7 D 1 310,4 2 56.8 1 4 14. 3 217 288.3 320.7 2 54,9 14 8,2 24 0 2 74.9 2 96.5 251,3

16 14.7 217 287,2 323.4 250,9 16 8.2 240 275.8 295,4 254,0

18 14.6 217 288,8 327,2 2 5 5.7 18 6*5 240 280*5 297,9 256.7

20 12.5 217 295.6 333,4 2 67,3 20 5,3 240 2 8 3,0 2 97,7 266.8 2 2 10.8 217 2 98.6 3 3 5,1 2 7 6.4 2 2 4,9 2 40 2 84,0 "a n 1 0 3 U i • 7 9 tf. 7 9 0 0 13,6 210 311.9 3 5 3.8 2 7 8.8 i z 00 a "5 3.3 9 /i fl z M- 0 <i9 ft ^ A 0 3 • D C.9 Qn7U , 7/ coy 9 4. Q "a • D 0 2 12,9 210 3 1 1 • 3 340 . 9 2 7 2,4 0 2 3,2 9 /. ft 2 8 3,8 9 Q n 7 9 a A 0 4 111 1 , oV 9 1 A a 1 n Q J i U . 7 3*3 2 48 2 8 3.9 9 Q7 11 , nu 27 0*3 0 6 12,1 210 311.8 342.8 2 8 3,8 (Jo 3,3 a "a 9 /i ft z 1 0 9 ft "a Q 0 3 , 7 9 Q "a a ^1 7 3 , 3 9 7 1 /. z: f i . M- 0 8 13,9 210 311.1 345.0 281,5 a 9 3 , 9 /. ft z f 0 9 ft /i n 9 Q 9 "a 9 7 "a a <i I 3 . 3 1 0

14.8 210 306.6 345 . 5 2 70*4 10 3*8 248 2 8 2,2 2 90,1 270*7 1 2

15.3 209 302 • 8 337.2 2 67.0 12 4*4 248 2 79.3 2 8 9,2 2 63.7 1 4

16.5 210 300.1 340.3 2 59,1 1 / 1 'f 3*7" o 9 / ft 977 /i 9 ft ft 1 9 1 9 1 6 1 o • ? 210 299.2 "? c; Q z, 5 0 , D 1 & R 7 "y L.9K (1 M- 0 2 78,4 9 Qn ft ^ 7 u . 0 9 A "a 9 18 16,7 210 301.7 341. 1 261,7 18 4.1 248 281.5 292.6 269,5

20 15.0 210 309.2 344.7 271,3 20 3.6 248 283,0 293.3 267, 3 22 13.8 210 311.6 352.7 278,7

TYPE

57
STA MO HR

24033 01 00

0204

06

08

10

1214

16

1820

22 24033 02 00

0204

06

08

10

1214

16

1820

22 24033 03 00

0204

06

08

10

1214

16

1820

22 24033 04 00

0204

06

08

10

1214

16

1820

22 24033 05 00

0204

06

08

10

1214

16

1820

22 24033 06 00

02

0406

08

10

1214

16

1820

22

S D J MEAN MAX

6 • 1 248 273 .4 291.7

6.1 248 273 .6 290.0

6.0 2 48 273.8 291.4

5.9 248 274.0 289.6

5.9 248 2 74.0 292.9

6.2 248 273.1 292. 0 6.4 247 271.6 2 8 8.9

6.5 2 48 270.8 2 86.8

6.5 248 271.4 287.0

6.3 248 272.3 288.7

6.1 248 273.0 288. 9 5.9 248 273.3 290.5

5.6 2 2 6 272.9 2 8 7.2

5.6 226 272.9 292.3

5.2 226 273 .0 286.9

4.9 226 273.0 285.8

5.0 226 272.8 285.6

5.4 226 271.7 285.8

5.9 225 270.2 285.4

6.1 226 269.3 286.4

6.1 226 270.0 2 8 7.8

5.8 226 271 .2 289.5

5.5 225 271.9 288.0

5.5 226 272.5 286.5

5.3 248 274. 1 286. 2 5.1 248 274.3 286.0

4.8 248 274.3 285.7

4.7 248 274.6 286. 1 5.1 248 274.0 286.6

5.8 248 272.2 285.1

6.6 248 270.4 285. 1 6.9 248 269.1 281.9

6.9 248 269.6 282.4

6.3 248 271.4 283.8

5.6 248 272.7 286. 9 5.3 248 273.6 287.6

6.5 240 273.2 290.4

6.2 240 273.8 289.9

5.5 240 274.1 288. 2 5.2 240 274.6 286. 3 5.7 240 273.8 289,. 3 7.4 240 270.3 287.6

8.6 240 267.4 287.1

9.4 240 265.5 289.6

9.7 240 265.7 288.5

9.2 240 267.9 289.5

8.1 240 270.5 290. 9 7.2 239 272.2 290.9

9.5 248 280*2 306.8

9.0 248 280. 5 306.6

8.5 248 281.1 307.7

8.0 248 281.3 308. 2 8.9 248 280. 1 306.8

10.2 248 276.2 304.0

11.1 248 272.3 304. 5 12.3 248 270.6 301.8

12.8 248 270.7 302. 3 12.4 248 273 .4 307.4

11.2 248 277.1 308.0

10.4 248 279.1 307.4

10.4 240 286.7 317.8

9.5 240 286.9 317. 1 9.3 240 287.3 315.9

9.1 240 288.3 319.0

10.6 240 287.0 320.4

11.5 240 282.7 317.5

12.6 240 278.5 319.5

12.9 240 276. 1 317.9

13.5 240 276.8 316.9

13.3 2 40 279.7 308.6

12.0 240 283.7 313.4

11.4 240 285.5 315.4

MIN MO HR S D

2 6'0 . 8 07 00 13.8

2 58.9 02 13.0 260.9 04 11.7

2 59.0 06 11.4

2 60.6 08 11.4

2 57.2 10 12.3

2 57.6 1 2 13.8

2 53.7 14 15.0

256.9 16 16.2 255,4 18 16.3

2 55.6 20 15.3

2 58.8 2 2 14.6

2 58.4 08 00 12.4 259.3 02 11.5

2 59.7 04 10.8 260.9 06 10.7

2 59. 0 08 9.8

2 57.5 10 10.4

254.0 12 11.3

2 55.1 14 13.0 253.6 16 13.9 254.0 18 13.9 253.5 20 13.3

2 57.7 22 12.6

2 59.3 09 00 10.9

2 55.6 02 9.9 261.3 04 9.6 261.8 06 9.3 257.2 08 8.9

2 54.6 1

0

10.1 250.4 1 2 11.3 247.3 14 12.0 246.7 16 12.0

249. 7 18 12.1 257.0 20 11.7

2 56.0 2 2 11.4

2 56.9 1

0

00 7.7

2 57.5 02 7.4

2 58.9 04 7.4

2 58.2 06 7.1

2 58.5 08 7.0 247.9 10 7.7

2 46 . 8 1

2

8.3

243 . 6 14 9.1 242.9 16 9.0 247.0 18 8.5 249.6 20 8.3

2 55.1 22 8.0

2 57.2 1

1

00 5.8 259.0 02 5.7 260.1 04 5.7

2 63.3 06 5.5

2 57.3 08 5.3 251.0 10 5.6

2 44. 8 12 6.8 241.2 14 7.1 241.9 16 6.7 244.9 18 6.4

2 48.6 20 6.0

2 52.1 22 5.7

261 . 2 12 00 5.6 261.8 02 5.5 262.1 04 5.3

2 59.8 06 5.5 263.2 08 5.3 254.8 10 5.5 247. 1 12 6.4

247 . 5 14 6.6 244.6 16 6.1 242. 5 18 5.6 249.9 20 5.7 255.7 22 5.6

J MEAN MAX MIN TYPE

2 48 2 86.4 3 2 9.0 2 54.6

24 8 2 8 7.5 3 28.1 2 5 5.3

248 2 8 9.1 3 29.2 261.1

248 2 90.1 3 24.8 256.2

248 290.7 325.7 264.2

248 284. 5 324,7 246.5

248 2 7 7.5 3 26.5 242 . 2 248 2 7 3.9 3 28.6 240.3

248 2 74.0 3 30.9 239.4

248 2 77.7 330,6 244 . 1 248 2 81.8 325,0 248 . 4 248 2 84.4 325 .0 246 . 4

248 2 84.0 329.6 256.9

248 285.6 326.6 258.7

248 287.2 327.1 263.0

248 288.0 326.5 263.9

248 289.7 328.4 263.0

248 284.7 313.4 261 .4 248 2 77.3 309.0 245.7

248 2 73.5 313.4 245,2

248 2 72.6 313.1 246 . 9

2 48 2 76.9 311.1 248 . 3 248 2 79.5 311.4 2 5 3.3

248 2 82.2 315.4 2 51.8

240 2 78.6 305.7 250. 6 240 2 79.5 306.8 2 57.8

2 40 2 8 0.4 303.2 2 58.1

239 2 81.1 304,2 260.5

240 281.6 303.7 262.2

240 278.2 306.8 248.4

240 2 7 3.0 307.9 247.2

240 269.6 3 01.2 247 . 0 240 2 6 9.8 3 05.2 243.2

240 2 7 2.8 3 0 9.6 245.9

240 2 7 5.6 310.8 246 . 8 240 t ~i ~i 1 305.3 2 5 1 . 2'

248 2 74. 1 2 96.0 2 51.7

248 2 74.4 2 93.5 252.7

248 2 7 5.0 2 96.1 252.9

248 2 75.2 2 95.7 2 5 3.8 248 275.5 295.7 257.4

248 273.2 292.0 253.2

248 2 69.8 2 90.3 249 . 7 248 2 67.8 2 8 8.8 246.9

248 2 68.7 2 8 7.9 245.7

248 2 70 B 9 2 91.3 248 . 1 248 2 72.0 2 98.4 249.9

248 2 73.3 .297,1 254.2

240 2 72.6 2 84,7 2 5 3.8

240 2 72.7 2 8 5,3 251.2

240 2 72.9 2 84,5 2 5 3.4

240 2 72.9 2 84,0 253.8

240 2 72.8 2 86,5 251.5

240 271.9 284,8 248.1

240 269.7 284,0 247.2

240 268.0 285,1 248.9

240 269.9 285,7 250.5

240 270.8 285,8 253.9

240 271.5 286.2 251.5

240 272.3 285.4 251.4

248 271.5 284.5 257.1

248 271.9 285.9 257.2

248 271.9 284.5 255.9

248 272. 1 287. 1 253.3

248 272.4 287.2 256. 1 248 271.6 284.7 258.1

248 269.5 283.5 253.7

248 268.6 283.9 251,6

248 269.8 283.1 253,8

248 270.3 282.3 254.5

248 270. 8 283.3 254. 5 248 271.3 282.9 257.2

58
STA

24034 02

24034 04

24034 05

24034 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN TYP

00 3.2 31 291 .1 298,9 283.6 07 00 13.6 31 312.7 334.3 288.6 1 02 6.3 242 293.3 312.2 280.2 02 11,6 245 309.7 342,8 271.7 1 04 3.9 31 291.4 300.8 283.8 04 13,6 31 314.0 336,3 287.4 1 06 6.2 154 292.6 311.0 277.1 06 10,0 186 310.7 337,9 282.9

08 6.7 242 293.4 312.2 277.4 08 11.4 245 307.2 336,3 269.7 1 10 5.4 154 290.5 308.0 276.3 10 12,0 186 299.8 332,5 266.6 1 12 5.2 155 289.5 314.4 279.0 12 13.5 185 294. 1 329,1 258.1 1 14 5.7 247 290.1 308.2 278.4 14 14,4 247 290.0 329.9 252.0 1 16 4.7 155 290.0 306.7 279,0 16 15,5 186 290.7 348.5 253.9

18 5.1 155 29 1 . \ 1

310.1 280,9 18 15,1 185 293.9 341.2 259. 5 20 6.1 246 292.7 312.6 280,6 20 14.6 248 302.1 341.0 247.9 1 22 3.1 31 290.7 297.9 284,6 22 13.4 31 314.1 340.3 287.2 1

00 4.5 28 293,6 306. 1 286,9 08 00 12.5 31 298.0 322.7 272.9 1 02 4.8 225 292.7 311.0 283.3 02 11.5 248 306. 1 335.3 264.6 1 04 4.6 28 293,9 304,7 286.3 04 12,1 31 302.8 331,5 278.2 1 06 5.0 141 292.2 310.8 282.6 06 10.2 186 308.8 336.3 283. 1 1 08 5.0 225 292.3 309.0 283.1 08 11,8 248 305.2 335,2 277. 1 1 10 4.3 141 289.7 301.2 279,9 10 13,6 186 301.1 338, 1 269.3 1 12 3.9 141 288,4 298.8 275.4 12 14.5 186 295. 3 333.3 262.6 1 14 4.1 225 288,1 299.6 273,6 14 14.8 248 288.2 331.5 250.6 1 16 4.0 141 288,7 298.6 277,3 16 15.3 186 289.7 334.8 252.7

18 3.9 141 290,5 302.4 2 78,9 18 14,7 186 2 93.2 3 33.9 262.9

20 4.2 226 291 ,4 305.4 280,5 20 13,8 248 298. 1 333,4 266.0 1 22 5.2 28 293,0 305.3 280,9 22 12.0 31 293.0 321,4 271.9 1

00 5.0 31 290.4 304.9 281,9 09 00 8.2 30 290.2 305,8 275.2 1 02 4.2 248 291.8 309.4 280,4 02 10.0 240 297. 7 323,8 266.9 1 04 5.2 31 291,1 307.9 280,5 04 6.8 30 291.8 306.4 278.4 1 06 5.0 155 291.5 311.7 280,3 06 8.5 180 300.3 324,2 280.8 1 08 4.6 248 290.9 308.6 273,7 08 9.7 240 296.4 322,3 273.5 1 10 4.7 155 288.4 304.9 276,7 10 11.1 180 293.7 319.7 267.5 1 12 5.2 155 287.4 301.8 271,2 12 12.0 180 288.3 318.2 261.3 1 14 5.8 248 286.5 300. 3 265. 1 14 13.2 240 283.1 321.8 254.0 1 16 6.2 155 287.2 302. 1 262.2 16 13.5 180 285.3 328,5 255.6

18 5.2 155 289.4 304. 2 271.1 18 12.6 180 291.3 322,5 258.7

20 4.2 248 290,5 304.4 274,2 20 12.4 240 292.3 324,3 262.6 1 22 4.6 31 290,3 303.8 282.4 22 8.5 30 287.2 302,2 272.5

00 6.6 30 291,1 305. 1 274.4 10 00 4.8 25 286.9 295.1 276.4 1 02 5.4 239 290,5 308.6 270.5 02 6.0 242 291, 1 313.4 274.2 1 04 3.8 30 291,8 300.7 283.1 04 3,8 25 289. 3 295.8 283.4 1 06 4.3 150 291.3 305.7 279.7 06 5,5 180 292.7 310.3 277.6 1 08 6.1 239 288.1 311.2 269.0 08 6.2 242 290.7 310.6 275.5 1 10 7.3 149 284,3 304.7 268.7 10 7,7 180 287.1 310.2 267.3 1 12 8.9 149 281,2 309.7 258.0 12 8,5 179 283.0 304.9 252.4 1 14 10.0 240 278.4 312.2 249.7 14 9,3 239 279.6 305.4 248. 1 1 16 10.3 150 278.8 306.0 255.1 16 9,4 179 281.2 309.9 251.8

18 9.5 149 282.8 309.6 258, 0 18 8,3 179 286, 0 310.8 261.8

20 8.2 238 286,6 306.2 263,4 20 7,4 241 288,4 312,1 271.4 1 22 6.2 30 291,1 304.7 279,4 22 5,2 24 286.4 301.8 277.0 1

00 7.8 31 298,4 313.2 282,2 11 02 8.5 246 296,0 326.9 273,4 02 4,1 210 290.4 302.4 275.4 1 04 5,6 31 299.0 312.4 287,5

06 8.4 167 295.6 324.7 275,6 06 4,0 150 290.5 303.3 273.7 1 08 9.2 246 292.8 326.8 271,7 08 4.1 210 290. 1 303,7 265.9 1 10 10.8 166 287.3 317. 1 261,9 10 5.5 150 287.9 299,5 259.6 1 12 10.8 169 283.6 316.2 263,7 12 6.0 150 284,9 299,1 263.5 1 14 11.7 248 281.5 315.2 256.7 14 6.9 210 283,3 298,8 266.2 1 16 12.2 168 280.9 321.4 258.6 16 6.4 150 286,0 298,0 266.6

18 12.0 169 283.8 326.1 260,4 18 5.2 150 2 88,1 298,4 271.7

20 10.9 248 290.4 324. 1 262,5 20 5.0 210 289, 1 300,4 268.3 1 22 7.9 31 297.6 307.7 280,0

00 6.5 30 304.4 321. 1 293,4 12 02 11.3 240 305.9 337.6 277,2 02 4.9 217 291,1 306,8 278.6 1 04 6.3 30 306,5 320. 1 297,4

06 10.7 181 304,7 341 .6 279.6 06 4.5 155 290.8 308.8 276.7 1 08 12.1 240 302,5 341.7 270,4 08' 5.1 217 291,3 309.3 278.2 1 10 13.5 181 296,2 339.4 265.9 10 4.4 155 289,3 303.5 276.5 1 12 13.3 179 291.7 337.8 262.9 12 4.8 155 287.5 299.8 272. 1 1 14 14.2 240 289,9 338. 5 254.0 14 5.4 217 287.1 299.1 270.7 1 16 14.0 180 289.9 332. 1 258.7 16 4.7 155 288.5 299.9 274,9 1 18 14.3 180 292.5 333.4 258.7 18 4.5 155 289.4 302. 1 278,0 1 20 13.6 240 300,3 332. 1 259.6 20 4.4 217 290.6 303.2 278.8 1 22 9.6 30 302,8 329.0 283.6

59
STA

24090 01

24090 02

24090 03

24090 04

24090 05

24090 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 5.5 248 278.3 29 3.8 261 .6 07 00 12.7 248 303.2 340.8 268.4

02 5.5 248 278.4 295.5 254.2 02 12.1 248 302.9 340.5 273.9

04 5.6 248 278.5 295.4 250.7 04 12.4 248 303.0 339.9 265.4

06 5.4 248 278.8 294. 3 252.5 06 13.3 248 304. 8 340.6 260.8

08 5.2 248 278.6 293.6 262.9 08 14.6 248 301.4 339.3 258.0

10 5.4 248 277.2 289. 9 256. 1 10 14.9 248 297.3 341.1 251.1

12 6.6 248 275.2 288.6 249.3 12 15.8 248 293.5 331.8 251.2

14 6.6 248 274.8 288. 2 253.1 14 16.1 248 291.2 332.5 250.2

16 5.8 248 276.8 289.7 255.1 16 17.4 248 291.6 335.0 240.5 1 8 5.3 248 278.3 291.0 2 55.1 1 8

16.3 175 2 96.9 3 39.7 260 . 6 20 5.3 248 278.4 293.0 260.4 20 14.6 248 300.4 338.2 263.2

22 5.1 248 278.6 293.8 260.2 22 13.9 248 302.7 342. 1 259.9

00 4.6 226 278. 1 291. 1 262.9 08 00 13.1 248 300.7 335.5 266.4

02 4.4 226 277.9 290. 8 262.7 02 12.4 248 301.0 334.0 269.5

04 4.5 226 277.8 287.8 260.0 04 12.2 248 300.6 331.9 266. 1 06 4.5 226 277.8 288.3 265.3 06 12.7 248 301.5 334.5 264.4

08 5.0 226 277.2 287.9 252.3 08 14.0 248 297.7 334.6 261 . 5 10 6.4 226 275.1 286.2 252. 1 10 15.0 248 293.1 333.8 256. 1 12 7.1 226 273.7 285.1 251.3 12 15.0 248 289.1 324.2 253.0

14 7.7 226 273.1 284.4 248.1 14 16.8 248 287.0 347.5 249.8

16 7.2 226 274.4 286. 7 250.6 16" 17.7 248 287.6 340.8 244.4 1 8 5.2 226 277.2 290.8 2 57.8 1 8 16.5 248 2 9 3.6 3 31.2 2 5 2.1 20 4.8 226 277.9 287.9 260.4 20 14.3 248 297.7 326.6 2 56.6

22 4.7 226 277.8 286. 9 260.5 22 13.5 248 300.0 327.1 262.2

00 4.2 248 278.4 288.4 264.9 09 00 12.2 240 286.4 321.9 260.9

02 4.3 248 278.5 288. 8 261.6 02 11.7 240 286.4 316.9 262.2

04 4.3 248 278.4 2 8-8.2 261.4 04 10.8 240 286.7 314.8 263.2

06 4. 1 248 278.6 288. 8 263.3 06 11.1 240 286.9 315.3 262. 7 08 4.9 248 277. 5 286.6 259.9 08 13.0 240 284.0 316.5 252.4

10 5.9 248 275.4 288.4 255.6 10 13.7 240 280.7 318.4 253.4

12 6.9 248 273.7 284.8 252.0 12 13.9 240 278. 1 317.1 239.2

14 7.5 248 273.0 284.9 245.5 14 14.0 240 276.3 312.6 239.0

16 7.4 248 274.1 287.7 245.2 16 14.7 240 277.4 325.8 245.9 1 8 5.4 2 48 2 7 7.2 287.2 2 5 5.9 1 8

14.1 240 2 8 2.4 3 26.2 2 54.8

20 4.5 248 278.1 287.5 264.8 20 13.0 240 284. 1 322.2 256.7

22 4.4 248 278.2 288.4 262.0 22 12.1 240 285.6 320.4 258.6

00 5.9 240 278.4 293.9 263. 1 10 00 8.5 248 280.4 309.6 256.3

02 5.6 240 278.7 296.9 259.5 02 8.2 248 280. 5 311.5 257.7

04 5.2 240 279.0 295. 2 263.6 04 7.9 248 280.2 310.4 255.5

06 5.7 240 278.8 295.4 259.3 06 7.7 248 280.6 310.9 257-. 6 08 7.4 240 275.7 294.8 255.2 08 8.7 248 279.0 312.1 256.7

10 8.6 239 272.7 292. 9 245.0 10 10.1 248 275.6 308.7 250.0

12 9.1 240 270.5 293.6 248.0 12 11.0 248 273.1 301.2 248. 1 14 10.1 240 269.3 297.8 244.2 14 11.2 247 271.4 303.1 245.9

16 10. 1 240 269.3 298.0 246.2 16 10.6 248 273.3 302.0 244.2 1 8

8.4 240 2 74.2 305.6 2 5 2.3 1 8

9.4 248 277. 8 3 06.5 2 5 5.1

20 7.2 240 277.6 300.0 256.3 20 9.2 248 279. 3 307.4 256.3

22 6.2 240 278.3 297.6 260.4 22 8.5 248 279. 8 306. 1 258.6

00 9.2 217 287.2 328. 1 257.5 11 00 5.4 240 277.6 289.6 256.5

02 8.6 217 287.1 324. 5 266.2 02 4.4 240 277.9 288.6 257.2

04 8.4 217 287.0 320. 2 268.2 04 5.0 ?40 277.6 288.3 259. 1 06 9.0 217 287.0 317.7 264.6 06 4.8 239 277.7 288.2 257.3

08 10.4 216 284.0 317.6 257.8 08 5.2 238 276.9 288.9 257.2

10 11.2 217 281.5 323.4 251.6 10 6.6 240 273.8 290.5 254.2

12 10.8 217 279.6 312.1 250.5 12 7.3 240 271.5 293.7 248.9

14 11.2 217 278.2 307.4 248.2 14 7.5 240 271.1 288.9 245.2

16 11.6 217 278.2 317.1 254.7 16 6.2 240 274. 5 290.6 251.0 1 8

10.7 217 2 82.6 314.2 2 58.3 1 8

5.4 240 2 76.8 2 8 9.6 2 5 5.0

20 9.8 217 286.1 321.9 253.7 20 5.5 240 277.3 290.0 257.2

22 9.2 217 287.6 316.8 255.1 22 5.4 240 277.7 290.5 260.6

00 12.1 210 298.8 345.0 273.6 12 00 4.8 248 277.4 288.7 259.9

02 11.4 210 297.9 346.7 271.7 02 5.0 248 277.0 288.1 257.7

04 11.1 210 297.1 344.0 275.0 04 5.1 248 277,0 289.5 253.6

06 11.7 210 298.5 341 .6 268.2 06 4.8 248 277.2 290.7 260.2

08 13.3 209 296.8 342.9 263.9 08 5.1 248 276.9 289.3 262.7

10 13.6 210 294.0 333.7 249.7 10 5,8 248 275.2 288.5 257.4

12 14.5 210 292.7 336. 3 249.7 12 6.7 248 273-6 289.0 250.8

14 15.1 210 292.1 335.4 251.9 14 6.4 248 273. 5 289.8 250.6

16 15.5 210 292.3 338.6 249.4 16 5.2 248 275.7 289.2 258.5

18 15.0 210 297.0 344. 3 254.0 18 4.8 248 276.9 288.7 260.9

20 13.9 210 298.7 342.8 259.5 20 4.8 248 277. 1 288.0 261.7

22 12.9 210 299.1 342. 5 270. 1 22 4.9 248 277.2 287.7 262. 5

TYPE

60
STA

24127 01

24127 02

24127 03

24127 04

24127 05

24127 06

HR S DJ MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.7 248 271.0 282.2 250.8 07 00 13.5 248 280.8 319. 1 244. 7 02 4.8 247 270.8 281.6 250.8 02 13.7 248 282.0 315.6 246.4

04 5.0 248 270.7 281.3 247.9 04 13.5 246 283.3 318.4 250. 1 06 4.8 248 270.9 281.4 249.6 06 13.0 248 284. 1 313.9 257.5

08 4.8 248 271.0 281.2 250.7 08 13.8 248 279.8 315.4 247.0

10 4.8 248 270.2 282.0 253.8 10 15.0 248 272.7 318.6 242. 1 12 4.8 248 268.7 281.7 251.7 12 15.6 248 267.2 321.0 235.0

14 4.9 248 268.1 280. 1 248.3 14 16.2 248 263.6 319.1 234.9

16 5.1 248 268.8 279.7 247.5 16 17.7 248 262.9 324. 1 232.4 1 8

4.9 2 48 2 70.7 286 . 4 2 51.1 18 17.8 248 2 6 5.5 319.3 2 3 2.9

20 4.6 248 271.4 282.2 252.5 20 16.0 247 275.9 328.7 240.6

22 4.5 248 271 .3 283.4 253.4 22 15.5 248 279. 5 323.0 237. 7

00 4.7 224 270.6 281.8 252.9 08 00 12.7 248 278. 1 315.5 252.6

02 4.6 226 270.7 280.9 252.1 02 12.5 248 279. 5 319.3 253.5

04 4.0 226 270.9 280.7 257.6 04 12.1 248 280.2 323.0 253.8

06 4.0 226 271.2 280.5 254.9 06 11.9 248 281.1 323.0 253.4

08 4.2 226 271.0 281.4 256.9 08 13.2 248 278.7 321.9 254.0

10 4.8 224 269.2 280.7 250.3 10 14.5 248 272.0 320.5 243.8

12 5.5 226 267.4 281.8 247.0 12 14.6 248 265.5 316.9 238.0

14 6.1 226 266.3 279.8 246.2 14 15.2 248 263.0 315.5 239. 5 16 5.8 226 266.4 270.6 244.8 16 14.4 248 261.0 311.0 236 . 8 18 4.9 226 269.4 280. 1 2 50.8 1 8

14.4 248 2 64.4 314.4 236.6

20 4.6 226 270.5 281.2 252.4 20 12.7 248 2 74.. 5 316.0 249.6

22 4.7 226 270.5 281.3 252.4 22 12.6 248 276. 7 316.5 254.7

00 5.4 248 269.2 285. 1 249.0 09 00 9.0 239 272.9 303.8 251.8

02 5.3 248 269.6 284.7 243.8 02 9.4 240 273.3 310.0 250.4

04 5.3 248 269.3 281.4 243.5 04 8.8 240 274.2 311.0 253.9

06 5.1 248 269,6 281.2 245.6 06 8.4 240 275.0 311.4 251.2

08 5.5 247 268.5 283.7 250.6 08 9.1 240 272.8 311.3 250.2

10 6.1 247 265.1 280. 1 244.0 10 9.9 240 265.7 310.4 244. 1 12 6.9 247 262.8 279.5 242.9 12 10.0 240 261.2 303.0 241 . 7 14 7.0 248 261 .9 278. 5 240.6 14 10.5 240 257.6 299.6 229.2

16 8.1 248 262.1 288.7 239.2 16 11.3 240 257.6 314.7 231,1 1 8

7.0 248 265.8 285.2 2 46 . 3 18 11.2 240 264.5 312.4 241.2

20 5.9 248 268.6 286.2 250.3 20 9.3 240 271.2 308.7 247.7

22 5.4 248 269.4 286.4 250.7 22 9.1 240 272.8 305.6 250.9

00 7.1 240 270.4 291.4 247. 1 10 00 8.3 248 272.7 296.9 247.6

02 6.9 240 270.6 2,8 8 . 4 247.8 02 7.7 248 272.9 294.6 246. 5 04 6.6 240 270.9 287.7 245.7 04 7.5 248 273,0 294.3 246. 5 06 6.4 240 271.6 288.5 248.0 06 7.3 248 273.4 295.5 246.4

08 7.0 240 269.0 286.0 251.0 08 7.6 248 272.3 296,3 248.3

10 8.2 240 264.3 283.4 245.4 10 8.8 248 267. 3 295.4 244. 1 12 8.5 240 262.2 282.4 242.9 12 9.6 248 263.9 291.0 240.4

14 8.6 240 260.9 285. 2 238.6 14 9.7 248 262.0 295.2 239.8

16 9.0 240 260.8 284. 1 239.4 16 9.7 248 263.2 299.1 239.5

18 8,7 240 263.3 285.2 2 43.2 18 9.3 248 270. 6 2 96.2 242 . 4 20 7.8 240 268.5 289. 1 246.6 20 8.5 248 273.2 294.2 244.3

22 7.2 240 270.0 290.6 247.2 22 8.2 247 273.2 297,5 244.6

00 8.5 248 274.4 294.4 248.5 11 00 5.2 240 273.6 288.7 252.3

02 7.9 248 274.9 291.7 252.9 02 5.4 239 273.1 290.4 251.8

04 7.4 248 275.7 293.9 252.5 04 5.3 239 272.8 289.6 254.0

06 7.9 248 275.4 297. 7 254.3 06 5.1 240 272.8 291.4 253.2

08 8.8 248 271,4 296.6 246.8 08 5.3 240 272. 7 291.7 255.4

10 9.7 248 266.6 290.4 2 44.8 10 6.5 240 270.4 294.5 250.7

12 10.4 248 263.5 291.4 243. 1 12 7.0 240 268.0 287.8 247.7

14 10.9 248 262.0 295.0 235.3 14 7.1 240 266.8 288.9 248.3

16 10.5 248 260.9 291.0 236.9 16 6.8 240 268.8 288.9 248.9

18 12.0 248 264.3 303.3 239. 7 18 6.5 240 272.8 289.8 251.1

20 9.7 248 271.1 298.9 2 44.0 20 5.9 240 273.6 290.3 254.8

22 8.8 248 273.6 296.0 249.7 22 5.5 240 273.7 289.4 253.8

00 10.4 240 273.5 298. 9 242. 1 12 00 4.4 247 272.4 285.6 259.2

02 9.9 240 274.7 309. 1 244.3 02 4.6 247 272.2 286.4 256.8

04 9.4 240 275.4 305.4 244.1 04 4.6 248 272.3 286. 1 256.4

06 9.1 240 275.6 300.8 247.1 06 4.4 248 272. 3 285.1 256. 2 08 10.0 240 270.9 300.6 243.9 08 4.3 248 272.3 283.3 254. 1 10 11.0 240 265.0 298.5 240.4 10 4.6 247 271.6 283.7 255.2

12 10.9 240 260.9 295.8 236.0 12 5.2 248 270. 1 283.2 245.5

14 11.6 240 258.5 294.8 233.8 14 5.3 248 269.7 289.4 248.1

16 10.9 240 257.6 288.7 233.7 16 4.6 248 271.0 283.5 255.2

18 12.0 239 259.9 301.3 234.8 18 4.3 248 272.5 285.8 255.9

20 11.1 240 268.9 310.0 239.2 20 4.4 248 272. 7 286.6 257.5

22 10.2 240 272.4 310.6 245.3 22 4.7 248 272.4 285.3 256.6

TYPE

61
STA

24131 01

24131 02

24131 03

24131 04

24131 05

24131 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN

00 4.7 248 284.9 297.3 269.3 07 00 10.1 248 284.6 323.3 263.7

02 4.6 248 285 . 1 297.7 270.1 02 9.5 248 286.9 317.8 263.3

04 4.7 248 285.0 296 . 3 269.3 04 9.1 248 288.2 319.9 262.7

06 4.8 248 285.0 295.7 270.9 06 8.9 248 288.4 325.0 261.0

08 5,0 247 284.8 297.4 268.7 08 9.9 248 286.9 318.7 261.3

10 5. 1 248 284.3 299. 3 270.1 10 9.8 248 285.4 320.6 254.9 1 2 5.3 247 283.2 299 . 8 266. 2 12 10.8 247 281.2 319.8 253.8 1 4 5.6 248 282.5 299 . 1 264.2 14 11.0 247 276.7 308.5 254. 1 1 6 5.4 248 283.0 298.1 266.4 16 10.9 247 272.9 319,5 250.7

18 5.1 248 284.2 298.0 268.0 18 11.5 248 276. 5 320.7 252.9

20 5.2 248 284.7 301. 1 266.7 20 11.2 248 282.9 321,4 259.6

22 5.2 247 2 84.7 301.1 268.6 22 10.1 248 282.8 321,2 260.0

00 4.5 226 285 i4 302.0 271.0 08 00 10.5 246 280.8 314,4 259.2

02 4.3 226 285.3 300. 5 273.0 02 9.9 247 283.3 311,9 261.7

04 4.0 225 285.5 296.4 274. 1 04 9.5 248 284. 8 311,9 262.3

06 4. 1 226 285.4 296. 0 272.3 06 9.1 248 285.0 312.2 261.8

08 4-. 1 226 285.4 296. 2 271.0 08 9.6 248 283.8 311.6 262.3

10 4.9 225 .283.8 297.8 269.3 10 9.9 248 282.8 314.1 256.2

12 5.5 226 282. 1 297.2 265.6 12 10.1 248 278.8 313.0 248.3

14 5.6 226 281.0 293.7 265.4 14 10.0 248 275.3 307,1 243.0 1 6 5.8 226 281.3 301.7 264.0 16 10.2 248 272.4 305,7 245.3

18 5.4 226 283.7 300.2 264. 1 18 10.4 248 276.6 309,4 244. 5 20 5.1 226 284.6 301.0 269.6 20 10.1 248 280.9 310,5 248.8

22 4.7 226 285.1 296 . 7 268.7 22 10.3 248 279.3 310,4 250.5

00 5.2 248 282 .9 296.1 2 67.1 09 00 10.2 240 280.2 315.2 258.6

02 4.9 248 283.0 302.9 268.1 02 9.9 240 281.6 315.1 261.6

04 4.5 248 283.4 299 . 5 268 . 4 04 9.3 240 282. 5 317.8 263.8

06 4. 3 248 283.7 298. 3 271.6 06 8.9 240 283.2 315.7 267 . 2 08 4, 5 248 283.5 299 . 5 272.6 08 10.0 240 281.7 311.8 262.4

10 5.6 248 280.3 300. 2 267.3 10 10.6 240 279.8 316,3 256.4

12 6.4 248 277.7 300.6 260. 1 12 10.2 240 276.7 309,7 251.1

14 6.5 248 275.8 301.5 257.3 14 10.1 240 274.3 310.7 245.2

16 7.4 247 275.3 297.0 257.0 16 10.5 240 273.2 306.1 242.5

18 6.9 248 277.6 298.8 260.4 18 10.1 240 279. 5 308.0 255.0

20 5.9 248 280.7 299. 1 262.8 20 10.7 240 280.6 320.7 249.8

22 5.4 248 282.4 297. 8 262.5 22 10.2 240 280.2 322.7 259. 5 00 7.0 240 282.7 299. 8 2 57.0 10 00 8.5 248 2 83.0 304.6 258.6

02 6.5 240 283.3 302.0 259. 3 02 8.3 248 283.5 304. 5 258.4

04 5.9 240 283.9 302.9 268.0 04 8.1 248 284. 1 308.5 255.4

06 5.6 240 284.6 299 . 8 269.5 06 7.8 248 284.0 307.8 256.5

08 6.7 240 282.6 302.9 266.0 08 8 . 2 248 283.2 307.0 257.4

10 7.7 239 278.9 306. 2 262.5 10 8.8 248 280.5 305.8 259.0

12 8.2 240 275.4 297.1 258.7 12 8.8 248 277.4 303.5 256.4

14 8.9 240 272.6 298.2 253.6 14 9 . 3 248 275.7 304.8 251.0

16 9.0 240 271 . 3 303. 3 254.9 16 9.1 248 276.4 303.9 250.4

18 8.9 240 273 . 5 301.4 254.4 18 8.7 248 281.7 305.0 251.9

20 7.7 240 278.2 303.8 257.5 20 8.8 248 282.7 308.3 253.1

22 7.5 240 281.6 303.5 2 57.1 22 8.6 248 282.9 307.8 257.8

00 8.9 217 286.8 309. 3 2 64.9 1 100 6.6 240 2 86.4 303.7 266.7

02 8.5 216 287.8 313.1 264.8 02 6.2 240 286.7 302.5 265 . 3 04 8.0 216 287.9 311.5 263.3 04 6.2 240 286.4 302.8 262 . 1 06 7.5 214 288.1 307.8 265. 1 06 5.9 240 286.2 302.8 266.3

08 8.2 217 286.0 305.7 261.4 08 6.0 240 286. 2 304.7 264.7

10 9.2 217 283.5 308. 5 256.2 10 7.1 240 285.0 304.6 261.3

12 10.1 216 279 .4 302.7 251.4 12 7.8 240 283.1 303.3 256.5

14 10.3 217 277.0 303.5 252.7 14 8.1 240 281.1 299.7 258.1

16 10.6 217 275.7 316.2 252.4 16 8.2 240 282.3 301.3 257.1

18 10.2 217 277.8 307. 3 251.6 18 7.1 240 285.1 302.4 260.9

20 10.0 217 283.2 308. 3 250.9 20 6.9 240 285.9 303.2 261,9

22 9.6 217 285.7 312.0 2 54. 2 22 6.8 240 286.3 303.1 262 , 1

00 10.0 209 288.5 314.6 261.0 12 00 4.5 248 285.8 299. 3 273, 1 02 9.1 210 289.9 310.0 264.4 02 4.4 248 285.8 297.7 272,9

04 8.3 210 290.5 308.0 270.7 04 4.1 247 285.8 296.8 272 , 5 06 8.6 210 291 .0 312.4 269.5 06 4.2 248 2 85.8 2 95.5 271,2

08 9.2 209 288.7 318.6 268.8 08 4.2 248 285.8 295.6 271,8

10 10.5 210 285.6 319.6 259.2 10 4.6 248 285.4 296.4 267.8

12 11.0 210 280.7 318.1 2 57.9 12 5.2 248 284. 5 297.4 266. 1 14 11.5 210 277.7 320.0 2 51.0 14 5.7 248 283.8 299.6 264. 6 16 12.1 210 275.7 314.0 248.2 16 5.3 248 284.4 300.5 267.4

'l8 11.8 209 277.1 311.7 243.4 18 4.8 248 285.5 300.0 266. 1 20 11.7 210 283.5 318.6 248.0 20 4.9 248 285.7 300.8 269.6

22 11.0 210 287.0 312.9 252.3 22 4.4 248 286. 0 300.7 275.4

TYPE

62
STA MO HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

^

> AH 1i JM-A U 1 :3 • V C *+ o 271.4 2 81.8 2 59*3 0 7 04 8.3 248 2 7 3.1 2 99.0 2 5 3.0

10 4.3 248 270.4 284.7 260.4 10 9.4 248 267.9 305.7 246.6

16 4.9 248 269.3 284. 2 256.2 16 10.7 248 255.1 301.0 234.4

^ <l 3.9 248 2 71.3 283.3 2 60.5 2 2 9.7 248 2 66.8 301.5 244 . 0

2 41 3A 02 04 3.5 226 2 71.9 283.1 2 62.6 0 8 04 8.8 248 2 71.3 305.7 251.4

10 4.5 226 269.9 281.2 257.5 10 9.1 248 265.6 296.7 241.4

16 6.3 226 268.1 283.6 248.6 16 11.0 248 254.2 299. 1 231.6

J . 7 7 9 A /I 1 J, . -J 28 3.3 2 61.5 2 2 10.4 248 2 66.1 30 8.3 243 . 7

2 A 1 34 03 04 3.6 248 2 71.0 2 8 3.3 2 61.5 09 04 7.4 240 2 70. 0 3 00.0 2 5 3.9

10 5.8 248 267.1 286. 2 250.3 10 8.3 240 264.0 292.5 241.6

16 7.5 248 263.3 280. 1 244.0 16 10.2 240 253.8 290.7 235.1

22 4.4 248 270.0 2 8 3.8 2 49.8 22 8,8 240 2 66.1 2 93.3 247.4

2 4 134 04 04 4.8 240 270.4 285.6 2 54.2 10 04 5.9 248 2 72.4 2 88.2 257.5

10 6.7 240 263.0 289.8 '245.8 10 7.8 248 267.5 286.4 248.3

16 9.1 240 257.4 291 . 1 238.5 16 9.9 248 261.2 290.4 240. 5 2 2 6.2 240 267.9 288.4 2 50.8 2 2 7.0 248 2 70.1 2 8 5.1 2 5 3.9

2 4134 0 5 0 4 6.2 248 273 . 7 292 . 1 2 53.6 \ \ 04 4.9 240 2 7 3.2 2 93.9 257 . 6 10 "8.7 248 266.3 293.4 243.9 10 6.6 240 270.8 292.5 251.1

16 11.1 248 259.6 296.2 233.3 16 8.3 240 268.0 289.7 248.5

2 2 9.0 248 2 70.8 295.3 2 51.5 2 2 5.7 2 40 2 7 3.0 2 93.3 2 55.2 24134 06 0 4 7.6 240 2 74.9 295.8 2 5 3.3 1 2 04 3.8 248 2 72.9 2 81.0 262.5

1 0 9.1 240 267.3 293.0 241.9 10 4.7 248 2 72.1 285.4 260.3

16 11.0 240 259.4 296. 1 237.3 16 5.3 248 271.0 283.5 253.8

22 9.4 240 270.8 300. 1 247.9 22 4.1 248 272.8 281.7 254.2

TYPE

557429 O - 60 - 5

63
STA

24143 01

24143 02

24143 03

24143 04

24143 05

24143 06

HR S D

J MEAN MAX MI

N MO HR S D

J MEAN MAX MI

N 0 0 6.6 217 274,1 29 3,2 2 5 5.4 07 00 11,5 248 2 8 5,1 314.3 2 5 5.6 0 2 6.6 217 274 . 2 29 0.9 2 59.6 02 10.9 248 2 86.1 317.2 9 R 0 9 A 9 7 . A 0 4 6.6 217 2 74.3 291.8 2 60.1 7.0 248 9 ft 7 1 1 Q n 9 R A 0 A 9 0 . a 0 6 6.7 217 274.3 2 9 3,2 2 60.8 06 10.1 248 2 8 7.5 318.2 A9 A0

-a9 ,. AD 08 6.6 217 274.6 291.4 260.9 08 11.4 248 2 84.8 318.6 2 56.1 1 0 6.6 217 273.6 290.1 2 58.8 1 0

12.8 248 2 78.9 314.9 2 5 0.7 1 2 6.8 215 272 .3 288.9 2 53.2 1 2 13.7 247 2 7 4.5 313.9 243.2 1 4

6.9 217 271.8 288.7 2 5 0.6 1 414.8 2 48 2 71.6 315.4 243 , 3 1 6

6.3 217 272.7 288.2 2 52.9 16 15,9 248 2 71.0 3 23.6 241.0

18 6.3 217 273 .6 290.7 256. 1 18 15.7 248 273.9 322.7 242.6

20 6.2 217 274.0 290. 9 255.7 20 14.5 248 280.0 320.0 249.0 2 2 6.3 217 2 74.1 292.1 2 56.6 2 2 13.1 248 2 8 2.8 318.9

00 4.9 19 7 271.7 283,0 2 5 7.5 0 8 00 11.6 247 2 8 0.7 311.6 0 2 5.1 197 2 71.6 283.8 2 5 5.1 0 2 10.9 248 2 8 2.4 310.9 0 4 J . ^1 197 2 71.6 2 84.0 2 55.7 U 4 Ini U 9 . A A 4 0 9 Q "3 Q A 0 9 . 0 T n A 9 2 5 5.4 0 6 5.2 197 2 7 1.7 2 84.3 2 56.9 06 9.8 248 2 6 4.4 "^0 7 n 7^1 Q ii IJ 1 • 0 0 8 5.6 197 2 71.6 285,2 2 5 3.7 08 10.4 2 48 2 82.2 n 7 Q 7 R n /i 1 0

6.2 197 2 70.0 284. 5 2 52,5 1 0

11,4 2 48 2 76.8 9 nu

A0 . ^9 ^HO 7ZiR . AD 1 2 6.4 19 7 2 68.7 2 8 4.1 2 48.9 1 2 12.3 2 48 2 71.5 '^n4 9 u ^ ft . 0 241.4 1 4

6.3 197 267 • 9 284, 3 2 46.8 14 12.9 248 2 6 7.4 3 0 3 4 C.'-r i. » 1 1 6

6.1 19 7 268.3 284.1 2 45.0 1 613,8 248 2 66.1 3 0 6.4 2 34.7

18 5.3 197 270.0 282.6 249.5 18 14.0 248 269.8 309.8 243.7

20 4.9 197 271 . 1 282. 1 254.3 20 13.4 248 275.1 310.2 246.6 2 2 4.9 19 7 2 71.3 2 8 2.3 2 57.6 2 2 12,7 248 2 78.4 3 11.9 2 5 2.4

00 5,2 217 273.2 289.7 261.1 09 00 9,3 240 2 76. 8 3 00.3 2 54.9 0 2 5.4 217 2 7 3 .2 290.7 2 60.7 0 2 9.1 240 2 7 7,7 2 99.0 2 5 5.3

04 5.3 217 2 7 3.2 2 9 1.2 260.6 04 8.5 240 2 78.2 2 98.6 2 57.6

06 5.3 217 273.5 292,4 2 60.5 06 8.4 240 2 78.7 2 99.0 2 58.6

08 5,5 217 272,9 289,8 2 59.3 08 8.9 2 40 2 7 7,3 2 97.6 2 5 5.6 1 0 6.2 217 271,2 2 8 8.0 2 56.6 1 0

9.8 2 40 2 7 2.8 2 9 7.8 246.0 6 6 217 269.7 286.5 1 A 1 u . 9 A94n4 u 9 A D 7 A 0 0 . / 9 Q 7 Q 9/1/1 "3 1 4 7 n 217 268.5 285.5 2 49.4 1 4

11.2 240 2 66.1 30 5.5 1 6 7.1 217 2 6 8.7 2 84.0 2 50.5 16 11,5 2 40 2 6 5.5 3 00 . 3 242 • 2 18 6.1 217 271.3 286.2 255.9 18 10.8 240 268.8 300.9 245.8

20 5.6 217 272.6 287. 9 256.9 20 10.0 239 272.6 302.0 249.5 5 • 4 217 2 7 3.0 2 8 8.3 2 59.8 2 2 9.7 240 2 7 5,2 3 01.8 A9 S9 4H .. A0

00 6 • 4 210 272 .0 286. 1 2 5 5.6 1 0

00 7.6 248 2 73,2 2 96.4 248.4

02 6 • 3 210 272 .4 286. 5 2 55.0 02 7.5 248 2 73,2 2 96.0 2 50.0 0 4 6 • 2 210 272 .9 287.2 2 54.0 04 7.5 248 2 7 3,7 298 , 1 248,3

06 6 • 3 210 2 73 ,0 299.1 2 52.3 06 7.4 248 2 7 3.9 296,2 2 5 0 ,

'4 0 8 7 • 5 210 270 . 7 288.7 2 51.8 08 7.8 248 2 73.3 2 96.5 246 . 7 1 0 8 • 3 210 267.4 2 8 7.5 2 48.6 1 0

8.5 248 2 70.3 2 96.1 2 46 . 8

]^ 2 8.9 209 2 64.7 2 8 5.8 2 44 . 4 1 2 8.9 2 48 2 6 7.2 2 95.3 246 . 8 1 4 9 • 7 210 263.1 2 8 5.0 2 39.4 14 9.2 248 2 6 5.8 2 8 9.7 241.3 1 6 1 0 t 1 210 263.1 297.9 2 42 . 3 1 6

9.4 248 266. 8 2 94.9 243 . 3 18 9.5 210 265. 1 293.2 240.7 18 8.4 248 269.8 292.2 247.9

20 8,0 210 269.2 292.6 249.7 20 8.3 248 271.4 293.5 250.0 2 2 7 • 2 210 2 70,8 2 8 5,2 2 50.3 2 2 8.0 246 2 72,4 2 93.7 24 7.4 0 0 9 • 0 217 2 76,0 298.4 2 51.6 1 1

00 6.3 240 2 71.4 284. 5 249 . 0 0 2 8 • 5 217 276 • 7 2 9 8.2 2 5 5.7 02 6.1 2 40 2 71,4 2 84.5 2 51,3 0 4 8 • 1 217 277,2 294, 9 2 54.2 04 6.1 240 2 71.6 2 8 5.3 249 . 6 0 6 7 • 9 217 277.4 296.2 2 54.5 06 6.0 240 2 71.9 2 8 5,2 2 51.1 0 8 8 • 8 217 2 74.6 296.0 245 . 1 08 6.3 240 2 71,7 2 84.1 2 50.4 1 0 9 • 9 217 2 7 0.2 296.1 2 48.6 1 0

6.8 2 40 2 70,4 2 8 3.5 252 • 4 1 2

-L i • 1 217 267 . 1 294. 5 2 40.7 1 2

7,2 240 2 68.4 2 84.8 252.4 1 4

12.0 217 2 6 5.7 299.1 2 41.9 1 4

7.6 240 2 6 7.3 283.8 249.8 1 6 1 2 • 2 217 265 . 1 297.0 2 41.6 1 6

6.9 2 3 9 2 68.6 2 8 3.8 2 5 0.6

18 12.2 217 267.1 304.9 242.5 18 6.3 240 270.0 283.4 251.2

2C 11.4 217 272.2 303.4 246.3 20 6.2 240 270.8 283.3 253.3 2 2 10.2 217 274 . 8 299.9 2 52,0 2 2 6.3 240 2 71.1 283.5 2 50.6

9.7 ^y 1LKJn 28 3.0 311.2 2 59.3 1 2

00 5.4 248 2 71,5 2 8 3.4 2 5 5,5

Q "> 7 1 n o J . f ft

QA 7 An s U

A 5.3 24 8 2 71,5 2 84.6 259 , 5

ftQ C. i \} 2 84.0 310.4 9 A 9 n 04 5.1 248 2 71,8 2 8 3.7 2 5 9,9 0 6 8.7 210 2 84.0 310.2 262.7 06 5.1 248 2 71.8 284.5 2 59.6 0 8 10.0 210 2 81.2 309.6 2 55.9 08 5.1 248 2 71.8 2 84.9 258.5 1 n i 1 • u ^ i u 7 7 A Q 30 7.4 2 5 3.6 1 0

5.4 248 2 71.1 283.9 2 54.7 1 2 i ± . H- 210 273 , 8 306, 9 2 50.7 1 2

5.8 248 2 69.8 282,3 2 53.8 1 4 11.8 210 272.1 300. 0 244, 9 1 4

6.0 248 2 69.1 283.0 253.7 i o 1 ^ • O »^9 11 nU 7 1 Q J U . -J 947 A 1 A 5.5 2 48 2 70.2 2 8 3.2 2 5 5,3 1 8

13.4 274.8 312,0 2 48.5 1 8

5.3 2 48 2 71.0 2 86.8 257,4

20 11.5 210 279.9 309. 3 255.1 20 5.0 248 271.4 287.4 257,3

22 10.8 210 281.7 310.5 258.4 22 5.3 248 271.4 288.5 258.4

TYPE

64
STA MO HR

24155 01 00

0204

06

08

10

1214

16

1820

22 24155 02 00

0204

06

08

10

1214

16

1820

22 24155 03 00

0204

06

08

10

1214

16

1820

22 24155 04 00

0204

06

08

10

1214

16

1820

22 24155 05 00

0204

06

08

10

1214

16

1820

22 24155 06 00

020406

08

10

1214

16

1820

22 S D

J MEAN MAX

5.6 248 298. 1 314.4

5.4 247 298. 1 311.3

5.4 248 298,3 314.5

5.2 248 298.5 311.4

5.3 248 298.3 309.9

5.6 248 297.7 310.2

6.3 248 297.0 312.5

6.2 248 297.1 313.4

5.9 248 298.0 313.5

5.8 248 298.6 312,8

5.9 248 298.7 315.8

5.9 248 298.7 315.1

5.4 226 299.2 312.8

5.4 226 298.8 314, 5 5.4 226 298.7 311.8

5.3 226 298.7 312.9

5.6 226 298.4 314.0

6. 1 226 297.3 309.2

6.5 226 296.0 310,8

6.7 226 295,9 311.0

6.5 226 297.0 313.3

5.6 2 26 298.7 312.9

5.0 226 299, 1 310,2

5.1 226 299. 1 312.7

5.6 248 297,5 312.7

5.3 248 297.8 312.8

5.1 248 297.8 314. 1 5.0 247 297.9 314.5

5.6 248 296.9 315.9

6.8 248 294.5 318.5

6.8 248 292.1 315.7

7,3 248 291 .0 315.9

7.8 248 291.1 315.6

6.6 249 295.1 318,3

6.1 248 297.0 319.0

5.9 248 297.3 319.0

6.1 240 296.6 316.3

5,6 240 297.2 313,3

5.5 240 297,7 310.6

5.5 240 297,8 315.0

6.0 240 295,1 319,0

6,2 240 291,3 310.1

7.5 240 288,6 313.1

8.0 240 286,4 318,4

9.0 240 286.3 318.2

8.3 240 290. 1 316.8

7.6 240 293.6 320. 1 6.7 240 295.5 315.0

8.0 248 301.2 329. 1 7.7 248 301.9 328.6

7.3 248 302.2 330.2

7.5 248 301 .9 329.0

7,9 248 299.1 327, 1 9,1 248 295.3 327,4

9.6 248 292, 1 321,4

10,4 248 289,6 326.6

11,6 248 289.5 328,9

11,3 248 293.4 335. 3 10.4 248 297.3 328. 1 9.1 248 300,0 327. 2

9.'5 240 303,1 329.0

8.7 240 304,4 324.9

8.7 240 305,0 326. 2 8,6 240 304.0 325.1

9,9 240 300.1 324. 1 10,6 240 296.0 326, 3 11,7 240 293.3 326. 1 12,1 240 290.4 326.7

13,6 240 289,7 328.0

13.7 240 291.9 335.9

12.1 240 297,5 332,5

10.1 240 301.2 327.9

MIN MO HR S D

283.5 07 00 9,6

283.7 02 8,5

283.0 04 7.8 282.9 06 8.3 281.4 08 8.4 283.5 10 9.0

279.7 12 9.3 281.2 14 10,0

280.3 16 10.1 2 79,9 18 11.3 281.7 20 11.1 277.8 22 9.9 286.5 08 00 10.6 285.2 02 10.1 284.4 04 9.7 281.3 06 9.5 284,6 08 9.4 278,0 10 9.4 276.3 12 10.6 279.2 14 10.9 280.6 16 12.3 285.0 1 8 13.0 287.2 20 12,2

285.5 22 11,1

284.2 09 00 9.0 282.7 02 8.2 285.0 04 7.7 283.2 06 7.7 282.7 08 8.0 279.0 10 9.4 277.8 12 10.7

275.4 14 10.7 273.8 16 11.0

278.1 18 11.2 282,1 20 10.2 283.7 22 9.7 277.1 10 00 8.2 279.8 02 7.9 278.3 04 7,6

279.7 06 7,0

279.0 08 8,1

275.8 10 9,0

273.5 12 9,8 270. 5 14 10.3 265.2 16 10.8 271.8 18 9,8

270.3 20 8.8 276.2 22 8.2 281,3 1 1

00 6.4 278,8 02 6.3 285,1 04 6.4 287.4 06 6.1 283.3 08 6.3 273.0 10 6.8 272.4 12 7.8 271.6 14 7.9 268.7 16 7.7 271.3 18 7.0 273.7 20 6.9 280.6 22 6.8

282 .4 12 00 5.9 2 79.7 02 5.9 282.3 04 5.9 282.8 06 5.7

274. 2 08 5.5 268. 1 10 6.2 261.6 12 6.9 264.0 14 6.8 259.2 16 6.2 262.7 18 6.1 268.3 20 6.1 280.7 22 5.9

J MEAN MAX MIN TYPE

247 298.4 335.5 279.6

248 300.3 3 30 . 8 277,2

247 3 01.2 329.2 281,7

248 300, 5 327.2 284,3

248 297.2 325.6 276. 9 248 293.6 320,7 269.7

248 288.6 321,3 268.6

248 284.6 334.0 263.8

248 282. 1 322.7 261,0

248 283.3 327.4 260.8

248 288.6 328.2 265.4

248 2 94.4 3 31.0 276 . 2

248 2 99.3 326. 2 277,5

248 300.9 332.8 280.8

248 301.6 334.9 282.4

248 3 01.4 3 35.3 281.5

248 299,6 329,3 277.8

248 296. 5 324,7 272 ,-6 248 292. 5 327.4 264.8

248 288.1 324.8 259.6

248 285.8 333. 1 259.3

248 287.2 338.3 262.6

248 292, 1 329.3 265.3

248 296.6 328.8 273.0

240 2 98.6 325.3 275.7

240 2 99,2 323,7 278.3

240 2 99,9 3 2 2.7 279.4 2 40 3 00.1 319.6 280.4 2 40 2 97.9 327.7 280.2

240 294.4 327.8 272.0

240 291.6 330.6 265.8

240 2 88.4 3 30,8 2 66.8

240 2 86. 7 3 30,5 263.0

240 290. 3 3 31.6 265.9

240 294. 3 330,6 273 . 6 240 296.9 328.9 277 . 4

248 302. 6 326.7 282 ,4 248 302.9 324.1 282.8

248 3 02.8 3 22.0 281.1

248 302.9 321,9 282.4

248 3 01.9 3 2 2.9 2 79.2

248 2 99,3 321,3 277 . 3 248 296.7 320.2 268.9

248 295.7 320.2 271.4

247 297.1 328.1 271. 1 248 299.9 327,0 277.4

248 301.7 324.6 277,3

248 302. 1 323.6 279,4

240 302.7 316,5 277,8

240 302, 7 320,5 282.0

240 302.4 319,4 278.8

240 302. 5 320,4 284.3

240 302.5 319,8 285.9

240 301.7 319,9 283.0

240 300. 5 323,0 281.0

240 300. 5 321.0 281.2

239 301.4 324.8 283.1

240 302.2 324.2 281.2

240 302.6 320.4 282 .8 240 302.4 319.8 280.0

248 299. 4 314.6 282.0

248 299. 5 314.6 280.9

248 299.4 315.9 280.8

248 299, 5 315.9 283.1

248 299.6 315.3 284.6

248 298.9 316.3 274.9

248 298.0 315.0 270. 5 247 298. 1 320.2 280.3

248 299.4 318.4 282,4

248 299.6 315.3 280.2

248 299,4 313.9 281.9

248 299, 5 314.4 281.5

65
STA

2i<15b 01

24156 02

2A156 03

24156 04

24156 05

24156 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN 0 0 4 • 6 247 268.5 283.1 2 5 3,0 0 7 00 13.2 248 2 69.0 318.4 243.5 0 2 4 • 7 247 268.5 283.5 2 55,4 0 2 12,9 248 2 71.9 316.1 240.3 0 4 4 • 5 247 268.8 2 8 3.3 2 57,1 04 11.8 2 48 2 74,1 315.3 247.6 0 6 4 • 5 2 4 7 2 68.8 283.0 2 54,3 06 12.1 2 48 2 7 5,2 313.7 249 . 0 0 8 4.5 247 268.7 282.8 2 53,4 0 8 12.8 248 2 72,4 314, 1 247.4 1 0 4 • 7 247 267.9 2 79.9 2 50,2 10 12.9 248 2 69,2 313.6 244 . 2 1 2 4« 7 247 267.2 280.0 2 53,3 1 2 12.9 248 263,4 315.8 238.1 1 4

4.9 247 266,5 2 80.8 2 52,3 14 13,6 248 2 58,0 308.3 232,6 1 6

4.5 247 266.8 2 81.5 2 52,6 1 6

13,8 248 2 5 5,6 303.5 236,5

18 4.3 247 267,8 281.2 253,0 18 13,7 248 256,4 301.1 235,4

20 4.5 248 268,2 280.8 253,6 20 12,6 248 264,9 302.4 239,6

22 4.5 248 268*. 5 2 79.7 2 55,9 22 13,4 248 266,9 316.7 237,9

00 4.3 226 268.1 280. 4 2 52,9 08 00 13,1 248 2 67,0 310.4 234,5

02 4.3 226 268.2 281.9 2 52,7 02 12.3 248 269, 7 311.1 242 . 5 04 4.1 226 268.4 281.5 256.4 04 11.4 248 272,0 310.3 244.8

06 4.1 226 268.6 282.0 2 56,1 06 11.1 248 2 72.6 311.3 247 .• 1 0 8 4.2 22 6 268.5 281.3 2 56,5 08 11.7 248 270. 6 309.3 243.8 1 0 4.5 226 267 . 4 2 79.7 2 52,7 1 0

11.9 248 2 66.1 306.7 241.3 1 2 4.5 226 266.0 2 76.4 2 53.1 12 12.1 248 260.5 302.5 236.2

14 4.7 226 264.7 276. 3 2 48.2 14 12.5 248 2 54,9 303.2 232. 5 1 6 4.7 2 2 6 264 • 8 2 74.8 2 49.5 1 6

12.9 248 2 5 3,0 302.3 232 .2 18 4. 1 226 266.9 277.3 254.8 18 14.4 248 255,2 308.7 232.0

20 4.2 226 267.4 278.9 254.0 20 13.0 248 262,8 314.6 234.6 2 2 4.3 2 2 6 267 . 8 2 78,6 2 5 3.6 22 14.0 248 264, 6 315.9 236.2

00 4.5 248 266.7 2 79.5 248,0 09 00 9.4 240 263, 5 304.2 240 . 5 0 2 4.3 247 267 . 1 2 8 0.7 2 50,1 0 2 9.1 240 26 5,9 30 2.4 241.9

04 4.0 248 267 . 4 280.7 2 56,0 04 8.5 240 267,3 300.7 242.6

06 3.8 248 267.6 281.4 2 55,0 06 7.9 240 268 ,9 300.3 247 . 4 0 8 4.6 247 2 66.9 2 79.1 2 44 , 2 08 8.9 240 2 67,2 300.2 241.9 1 0 5.2 2 48 264. 2 2 81.9 2 46,7 10 8,6 240 2 63,6 2 94 . 3 243 . 1 1 2

5.6 248 262 . 5 279. 9 244.8 1 2 8.9 240 258,3 286.3 239.3 1 4

6.3 248 261.5 280. 1 242.9 14 10.0 240 2 5 3,5 285.9 233.6 1 6 6.3 248 261,9 277 . 8 2 45.9 1 6

10,7 2 40 2 51,8 28 9.5 2 3 3.2

18 5.6 248 264. 1 279, 8 249.0 18 10,4 240 255,5 290.7 235.3

20 4.9 248 265,8 280, 8 251.7 20 10.1 240 259,8 303.1 239.2 2 2 4.7 248 266.4 278,7 249, 0 22 10.2 240 261,5 305, 5 241.2 0 0 6.7 240 265 . 0 2 8 5,0 2 48,5 1 0

00 7.5 2 48 2 66,7 2 86,0 242 • 5 U ^ 6.2 240 "5 Q Q 1 £-0 D • 1 2 46,6 02 7.0 248 2 6 7,9 2 8 3.4 242 . 3 04 5.6 240 267,0 2 81,1 2 51,4 04 6 »7 248 2 69,0 2 8 8.5 246 , 0 0 6 5.0 240 267,6 2 80.6 2 52,7 06 6.3 248 2 69,4 2 8 8.4 246,3 0 8 6.0 239 265,6 2 7 8.3 2 50,2 08 7.2 248 2 6 8,9 2 8 7.1 243,2 1 0

-7 1 1 • L 2 40 261,8 2 79.4 2 45,7 10 8.2 248 2 6 5,4 28 8.0 241 , 9 1 2 8.1 240 2 5 8,2 2 79.5 2 42,3 1 2

9,1 248 2 62,0 2 8 8.4 238,4 1 4

8.7 240 255,6 28 0.4 238,0 14 9,9 248 2 58,9 2 89.5 233,4 1 6

9.7 2 40 2 5 5.4 281.0 2 36,0 16 10.5 2 48 2 58,2 2 8 9.1 2 34,6

18 8.8 240 257.8 280,8 240,6 18 9.4 248 263,3 288.1 238,5

20 7.7 240 262.0 283,1 245.3 20 8,8 248 264.4 293.8 242,7

22 7.2 240 263.7 283, 8 247, 1 22 8.4 248 265,7 2 8 9.7 2 36,9

00 8.8 248 268 . 8 298,2 2 46., 0 1 1

00 5.4 240 2 69,6 28 5.4 246 , 8 0 2 7.9 248 270.1 292 , 1 2 46 . 4 02 5.0 240 2 70,1 2 8 5,2 255,8 0 4 7.4 247 271.4 292,7 2 48,8 04 4.7 240 2 7 0,3 2 84,2 256,2

06 6,9 247 272 . 2 291,8 2 55,7 06 4.5 240 2 70.2 284,2 255,6 0 8 7.7 247 269.5 291,5 2 51,2 08 4,8 240 2 70,1 2 85,7 2 5 3,7 1 0

9.1 247 265 . 2 29 7,7 2 44 • 1 10 5,8 240 2 68,7 2 8 7,1 251,9 1 2 10.3 247 261,7 292 , 9 241,5 12 6,4 240 2 66,2 2 84.0 247,6

14 10.8 247 258,8 291,3 239,9 14 7,1 240 264, 0 283,8 240,6

16 11.7 247 258,1 294, 1 2 36,9 16 7,1 240 265,0 2 8 5.1 244,2

18 11.6 248 260.3 291,0 239,1 18 6.3 240 267,5 285,7 251,1

20 9.9 248 266.3 291,7 243, 1 20 6,1 240 268,1 286,5 248,7 2 2 9.0 248 267,5 295,4 2 46, 6 22 5,8 240 268,9 2 8 7,2 249,1

00 10.0 240 268,2 292,4 2 38.1 12 00 4,1 245 2 6 9,5 2 78,5 2 5 3,4

02 9.6 240 269,7 290,9 2 42.1 02 4,1 248 269. 5 279.0 254,1

04 8.4 240 2 71,6 291,0 247, 1 04 3,9 248 2 69,5 2 7 8.9 2 51,6 0 6 8.4 2 40 272,8 297,1 2 5 0,4 06 4.0 248 2 69.6 2 7 9.2 2 5 0,4 0 8 8.9 240 269,7 295,3 2 42,7 08 4.2 248 2 6 9.5 2 7 8.7 2 52,8 1 0

9.8 240 265,7 293,9 2 38,0 10 4.2 248 2 69.2 2 80.7 2 5 3,7 1 2 10.3 2 40 261.2 290,6 2 36,3 12 4.5 2 48 268.4 2 81.3 2 50,9

14 11.4 240 257.6 287.1 2 31.2 14 4,5 248 2 67,7 278.9 2 52,7

16 12.2 240 256,0 303.6 233,5 16 4,4 248 268 , 4 278,4 253,9 1 8 12.1 240 257,6 294.5 232, 1 18 4,3 248 269, 0 2 78.9 253,4

20 11.2 240 264.9 309, 3 236,2 20 4.5 248 269,0 279.3 253,1

22 10.7 240 266.3 294,6 242.3 22 4.3 248 269.2 278.3 253,8

TYPE

66
STA

2A157 01

24157 02

24157 03

24157 04

24157 05

24157 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

u U H • ^

9 17 9Q n 1 ^ 7 U . 1 n 9 7 9 70 A 0 7 A A 10.7 247 2 93*6 3 29,9 9 AO "3 ^ O 7 . 3 0 2

A 1 1 O 7 9Q

n

^7 U • J "3 nn ^9 7Q1 7 • aO A 9 9.4 248 9 OA A 3 2 8.2 9 7 A Q 04 A Q £.i.£. 9Q n "3 7 U . 5 a An A 9 7 Q ^ 1 nil. 8.4 248 2 98.2 3 2 8.1 ^

9 7/ AO . Ao HA f • ^ 7 1 R 9 Q O ^ J U 1 . u 2 8 0.8 DA 8.2 245 2 9 7,9 3 21,5 2 81.0

r\u Ao A. - •t • J 217 290.2 301.0 2 79.6 r\ A 8,3 245 2 94.8 317.8 2 76.3

1 u

A 1 f • J. 9 17 9 A Q R <i 0 7 . 9 9 V U . O 9 7 A ^ 1 A O7 . A*+ 2 48 9 AO Q7 . AH 316 7 9 A 7 c,

-1 O / . 9

1 £

A "3 9 17 9 A A A "3 A 9 A 9 7 A A 1 9 X ^ O7 . 71 248 7 AO A*4 1 . X 319 4 9 R A "3 ^ 9 O , 9 A Q 9 1 r» 9 fl 9 C

7 OQ7 7 # Q7 9 7 A 7 1 Zl X *f Q A 7 • O 246 *i9 AO AU . AO 9 X / , 99 7 7 16 4.2 194 289.4 300.9 277. 1 16 11.2 244 279.2 324.8 257.5

18 4,2 217 289.7 300. 3 278.5 18 11.8 248 280.5 319.6 255.8

^ u 4 • 4 9 n "3

^1 U J

9 A Q A i O 7 o 9 U 1 . 7 9 7Q 1 9 A 11 1 1 X . 1 248 9 A P A 3 2 2,5 9 A 1 ^ O 9 . X 22 4 • 3 214 290.2 300 . 3 2 78,8 2 2 11.2 2 47 2 90.4 3 20.6 262 . 7

00 3 • 8 193 289.6 300. 5 2 78.2 08 00 11.1 248 2 91.3 3 20.1 2 68.1

nU 7C. 3 • 7 196 289.6 301.3 28 0.6 02 10.4 248 2 93.5 3 21,3 2 69.7

04 3 • 8 190 289.7 303.4 280.0 04 9.3 246 2 95.8 3 24.3 272.6

U O 194 289,9 303.3 2 79.8 HA 8.6 2 48 2 97.2 3 26.0 276.8

u o A . n 1 Q 9 9 A Q A 9 U 9 . 1 2 79.9 OA AO . Q7 248 2 94.3 3 24.7 9 7 A A

1

0

Zt - *i 197 288.5 302.7 2 76.7 10 9.4 248 2 90*2 3 2 2.8 2 69.0

1 £. Zl - o 1 09 9 A 7 Zl 300.3 9 7 A - 1X £.9 ini U . R9 2 48 2 84.0 3 28.4 9 AO X1 A . o

-> • u 1i Q77 f ^9 AO AO . Q7 299.2 9 7 9 A 1 A 11-"^ 11.9 248 ^9 Ao AU -• t9 3 2 3.0 9 A 1 * 1 16 5.0 187 287.4 298.7 272.0 16 11.3 248 278.7 318.8 259.5

18 4.1 195 289.1 298.7 277.3 18 11.5 248 281.2 316.9 260.4

^ u fA n • u 1 A A 9 A Q 9 il O 7 . ^ 299.4 9 7 Q c,

' 7 . 9 9n 11 AU . 7' 248 ^19 AO AD . 9 319.1 9 A A 1 197 289,5 299 # 3 281,7 22 11.1 248 2 88.9 319.4 2 65.9

0 0 4 • 4 217 2 8 7.8 302.3 2 76.8 0 9 00 8.4 2 35 2 90.4 315.6 2 7 0.2

u ^ Zl * 9 217 ^9 AO 71 # Q7 2 99 • 3 2 76.6 0 2 8.0 2 30 2 92.4 3 16.2 9 7 1 A

U *T Zl n 9 1 A 2 88,0 298,9 9 7 A A AZi 71 . 9 2 2 8 2 94.3 312,6 ^

9 7f 9 . AO n A U o

A 1 9 1 A 9 A A s ^1 o O « 9 il9 Q7 Q7 R . 99 7 A A A A A A !? A 9 Q7 A9 . Au 9 AU O7 R . 99 7 7 9 n A A 7 9 1 A 9 A 7 9 2 9 9 # 3 9 7 9 A A A AO 1 . X ^- 9 9 9 Q 9 1 313.4 9 7 9 O

1 u I? • 5 217 2 8 5.6 9 U J- . 1 2 69.2 X \j 8.7 2 30 2 88.3 315.9 264.6

1 0 I? # Q7 216 284,0 301.4 2 68.1 1

2

9.4 2 3 2 2 8 3.4 315.5 2 57.5

14 6 • 6 216 2 8 2 • 9 3 0 0 • 4 2 66.6 14 10.1 2 37 2 79,7 315.5 2 5 5.4

16 6.8 216 282.9 301.7 267.4 16 10.5 231 279.8 315.5 256.9

18 5.5 217 286.4 30K8 271.7 18 9.9 235 284.8 316.1 262.1

2 0 -J . 1 214 287.1 30 3.9 2 74.3 20 9.4 2 3 8 2 8 7.3 313.1 2 66.3

2 2 4.9 217 2 88 • 0 301,9 2 74.1 22 9.1 237 289.1 314.6 267.0

00 5.3 20 3 287.0 302*8 2 7 5.0 10 00 6.8 2 21 2 94. 7 312.4 2 74 . 8 02 5.2 196 287,7 304 . 2 2 76.1 02 6.2 2 09 2 9 5.1 314.0 2 79.0

04 5.1 2 03 288.4 3 04.4 2 7 5.7 Cf4 5.8 2 07 2 9 5.3 313.8 2 8 2.3 06 5.4 207 2 88.4 3 06.0 2 yZf , Zf 06 5.6 2 32 2 9 5.7 313.5 2 84*4

08 6.3 20 8 285.8 3 0 7.0 2 7 3.0 08 6.7 2 29 2 94.6 314.2 2 79,5

1

0

7.4 2 0 7 28 2.8 30 3.3 2 66.0 1

0

7.6 2 2 8 2 92.5 314.4 2 75.2

1

2

8 • 3 20 5 279.8 304. 1 2 63.1 1

2

8.5 216 2 9 0.3 311.4 2 69.5

1

4

8.5 20 3 211 mQ 30 8.6 2 58.3 1

4

9.5 2 20 2 8 8.1 311.4 264.9

16 8.2 198 216.1 311.5 256.5 16 9.1 226 289.6 313.6 269.7

18 1.1 190 281.5 310.6 263.2 18 8.0 226 292.6 311.7 273.7

i9nsU -J 284.3 304.3 267.9 7.4 224 2 93.2 310.5 275.1

22 6.0 2 07 285,7 304.4 2 7 3.0 22 6.9 2 26 2 93.9 312.3 2 73.3

00 7.1 217 290.8 312.6 272.1 1

1

00 4.9 181 2 92.7 307.7 2 77.5

0 2 6.6 217 292.0 307.0 2 7Zf , Z|. 0 2 4.5 189 2 93.1 3 04.4 2 8 0.3 04 6.2 217 292,9 309.7 2 7 2.7 04 4.4 167 2 9 2,8 30 3.8 2 79.5

06 6.3 217 292.3 309 • 9 2 76.0 06 4.2 166 2 92.9 3 0 5.2 2 78.4

08 7.4 217 289.6 309.7 2 70.6 08 4.4 169 2 93,0 3 05.0 2 8 0.9

1

0

8.5 217 286.0 310.2 2 70.5 10 5.2 1 74 2 9 2*3 3 04 . 5 2 77,2

1 2 9.7 217 282.1 317.5 2 62.9 1

2

6.0 192 2 91*3 3 07.0 2 76.6

1 4 10.6 217 28 0.1 314.5 2 54.8 1X AH 6.2 191 2 90.7 30 6.5 2 72.8

16 10.9 217 279.8 309,2 257.7 16 6.1 179 291.9 306.7 275.5

18 10.4 217 283.1 311.1 259.6 18 5.4 214 292.4 309.1 279.8

<; u A R 217 2 8 8 • 8 313.8 9 7 A . A 20 5.3 192 2 92.8 313.1 28 0.3

2 2 7.9 217 289,9 3 1 2 • 3 2 7 5.3 2 2 5.3 18 5 2 92,9 308,1 2 78.9

00 10.2 210 294 . 6 318.3 2 71.0 12 00 3.5 195 2 8 9.9 2 99.8 279.1

0 2 9.2 9 1 n 295 • 6 318.2 2 73.8 0 2 3.2 1 64 2 9 0*1 2 97,7 231*6

04 8.7 210 296.6 319.9 277.7 04 3.1 1 80 2 89.9 2 97.2 278,2

ri A A - 7 i9 nU o7 295.9 317.8 2 76.2 AA 3.5 170 2 8 9*8 2 97.8 279 . 5 0 8 9.3 9 1 n 292.8 315.4 2 71.1 AU AO 3.5 195 2 9 0*0 2 98,6 2 78.5

i U

1 A A 9 1 n 9 AO 9 9 119.*+ S A 9 A 7 . A 1X AU

"3 7 1 A 9 X O t 2 89*6 2 9 8.9 9 7 A A

1 ^1 in 7 9 1 n 9 A S A 1 A A £19 AO 9 . AU 1 9 X C A 1 . X 173 2 89*2 9 AU AD R . 9 9 7 A 1 ^1 / O . X 1 H 1 1 . -J <i9 11 nu 9 A 7 316.9 9 A 1 S 1 Zl X *+ 4.4 21]^ 2 89,1 30 8.2 2 75.6

1

6

12.3 9 1 n 282.9 314.4 2 56.2 16 4.2 1 96 2 89.9 302.3 2 79 * 0 18 12.6 210 285.2 319. 1 258.8 18 4.3 200 290.4 307.0 280*0

20 11.6 210 291.5 317.5 262.9 20 4.0 195 290*2 303.0 280*8

22 11.1 210 293.0 319.1 267.5 22 4.0 180 290.6 307.4 279.7

TYPE

67
STA

24225 01

2^225 02

24225 03

24225 04

2^'225 05

24225 06

HR S D

J MEAN MAX MIN MO HR S DJ MEAN MAX MIN

00 5.3 248 304.9 317.1 287,6 07 00 7.3 217 3 12.1 328,0 288.5

02 5.5 248 304.8 324.4 283,6 02 6.4 247 313.6 330,0 293.7

04 5.3 248 304. 5 322.2 282.9 04 6.0 248 314. 5 328,3 295.7

06 4.7 248 304.7 318.0 291 , 0 06 6.5 248 314.3 332.2 293.9

08 4.7 248 304.9 318.0 290.0 08 7.4 248 3 10.6 336.4 283.9

10 5.3 248 304.9 317.7 286.6 10 8.0 217 307.0 346. 1 280.5

12 6.6 248 303.3 319.8 281.6 12 8.9 247 300.6 336,5 266. 5 14 7.2 248 302.2 320. 3 283.2 14 10.0 248 295.7 343.2 270.4

16 7.5 248 301 .9 317.3 282.8 16 10.4 248 294.0 337.8 267.5 1 8 6.4 248 303 .9 317.7 283.4 18 9.8 248 297.6 338.7 275.5

20 6.0 248 304,4 318.2 285.1 20 10.7 217 303.8 343.0 278.8

22 5.8 248 304.7 318.3 286.9 22 9.4 248 307.6 346, 1 279.4

00 4.7 227 306.0 318.4 292.5 08 00 8.7 248 312.3 347,0 287 . 3 02 4.6 227 305.8 319.1 289.5 02 8.2 248 313.5 342.6 288.8

04 4,5 226 305.5 318.5 290. 3 04 7.0 248 314.5 340.2 292. 1 06 4.7 226 305.6 318.7 288.9 06 6.9 248 314.8 343,6 297.3

08 4.6 226 306.0 320. 2 290.7 08 7.9 248 311.3 339.8 293.7

10 5.4 226 305.2 321,5 290.3 10 7.9 246 307.9 330.2 287. 1 1 2 6.8 226 302.7 319.8 286.2 12 8.8 248 301.4 325.5 279, 0 14 7.7 226 300.6 320,8 281.1 14 10.5 248 295.8 324.4 271,4

16 7.9 226 299.4 317,6 280.4 16 11.4 248 293.8 327.1 268,9 1 8 6.5 225 304.0 319.4 286.2 18 11.4 248 298. 8 3 33.6 26f>. 5 20 5.5 226 305,3 322.3 290.0 20 10.7 248 305.0 3 44.8 281.2

22 5.3 226 305 . 7 321.6 289.0 22 9.4 248 308.8 344.6 277.4

00 5.2 247 303,8 319.7 283.6 09 00 8.7 240 312.4 337.3 282.4

02 4.9 248 304. 1 31,9.6 285.4 02 7.6 240 3 13.0 335.1 283. 1 04 4.8 248 304,0 319.5 284.6 04 6.9 240 313,2 337.3 285-.9 06 4.7 248 304, 3 319.1 282,7 06 6.5 240 313,4 336.7 298.8

08 4.9 248 303.8 319.5 280,7 08 7.8 240 311.5 337.2 288.0

10 6.1 248 301 ,0 319.8 280.3 10 9.3 240 307. 5 338.1 284.0

12 7.3 248 297,0 324.0 277.7 12 10,6 240 301.3 336.4 276.9

14 8.2 248 294.7 324.9 275. 1 14 12.7 239 296, 5 332.6 272.2

16 9.2 248 293. '5 325.6 270,9 16 13.8 240 294.0 333.7 266.3

18 7.7 248 298.2 322.7 279.2 18 13.1 240 302.9 339.0 272.0

20 6.5 248 301 .3 323.4 285.2 20 11,1 240 307.0 338.0 273.9

22 5.7 248 302.7 322.7 284.5 22 9.5 240 3 10.6 341 .4 278.6

00 5.3 240 305.2 320.0 289.2 10 00 7,3 247 3 12.3 332, 1 285.8

02 4.7 240 306.2 321.4 284.9 02 6.5 248 312.0 3 30,2 295.5

04 4.5 240 306.4 326.9 291.5 04 6,1 248 311.5 329,3 296.6

06 4.3 240 306.6 324. 8 294.8 06 5,9 248 311.4 327.9 298.4

08 5.3 240 304.6 322.6 290.6 08 6.5 248 311.7 327.0 295.0 1 0 6.7 240 30 1 . 1 319,8 278.8 10 8.1 248 309, 3 329.2 275.3

12 8,0 240 296. 5 322,7 273.1 12 9.9 247 304, 8 329.5 276. 1 14 9.4 240 292 .9 321,3 269,3 14 11.0 248 301,7 327.4 277.4

16 9.9 240 291 ,4 317,2 266, 1 16 11.9 248 301,6 328.8 271.7

18 8.7 240 296,7 320,1 276.6 18 9.7 248 3 10,3 329.9 282. 1 20 7.2 240 301,3 319,3 277. 3 20 8.6 248 311,4 331.5 279. 3 22 5.9 240 303,7 320, 2 283.5 22 7.7 248 312,0 331.3 281.2

00 6.6 186 308,9 328, 8 294.2 11 00 6.8 240 308. 5 335.7 278.7

02 5.5 217 309.6 327,9 298.7 02 6.5 239 308,4 330.0 281.7

04 5.0 216 309.7 326,4 299.6 04 6.3 240 308.2 330.5 287. 3 06 5.3 216 310.0 332,0 297.2 06 5.9 239 308,3 326.3 288 . 5 08 6.1 21 7 306.4 329.0 293.3 08 5,9 240 308,8 328.2 284.4 1 0 8,0 186 302.6 327.0 281.8 10 6.9 240 308,3 331.8 278.3

12 9.4 200 297.4 326,4 270.2 12 8.0 240 305.9 332.9 278.6

14 10.2 183 295 . 5 324.8 266.6 14 8.9 240 303.9 3 31.6 2 7 5.1

16 10.6 217 294.0 332.4 266.6 16 9.2 240 3C4. 2 329.5 275.2

18 10.1 217 298.2 335.5 275.3 18 8.1 239 3oe . 0 337.5 280.6

20 9.0 186 303.7 331.7 276 .8 20 7.6 240 308 -3 338,0 279.4

22 7.8 217 306.2 328.4 284.3 22 7.4 240 308. 3 337,6 279.4

00 8.4 179 311.1 328.0 289.5 12 00 5.4 248 306.9 321,3 288 . 2 02 7.6 209 312.3 332.1 291.6 02 5.5 248 306.8 321,0 278. 1 04 7.1 210 312.3 329.6 289.2 04 5.2 247 306.6 321,0 280.3

06 7.1 210 312.2 328. 5 289.8 06 5.1 248 306.5 320,3 284.0

08 8.0 210 308.1 330.0 279.2 08 4.9 246 306. 7 320,9 286.9

10 9,9 180 304. 1 330.2 266.6 10 5.5 247 306.8 322,7 290.6

12 10,7 210 298.3 324.8 268.3 12 6.5 248 305.3 325.0 285.9

14 12.3 210 294 . 8 324.5 262.9 14 7.1 248 304.2 322.6 281.2

16 13.4 210 294,3 330.8 262.7 16 6.8 248 304.9 323.8 283.1

18 12.6 210 298,4 339. 1 265.9 18 6.4 2 48 306.2 321.8 284.8

20 11.5 180 303,7 332.1 275.7 20 5.9 247 306.6 322.2 286.9

22 9.7 210 308,4 328.6 283.0 22 5.7 248 306.8 322.9 287. 1

TYPE

68
STA

2'f229 01

24229 02

24229 03

24229 04

24229 05

24229 06

HR S D

J MEAN MAX MIN MO HR S D

J MEAN MAX MIN 0 0 6*2 279 318.2 3 3 3.8 3 00*5 n 7 00 6.3 9 /. p 3 34.6 3 5 3.1 a 1 A 0 J i 9 . 7 0 2 6*0 2 77 318.3 3 3 7,0 2 98.5 0 2 R fl 9 • 0 9 9 AM- Q . 7 9 s 9 9 9 9 <i . A 9 1 fl A 9 i 0 . 9 04 3*8 2 79 318.3 334.2 3 02.0 04 9 9 /iH P0 9 9 A 9 9 A*+ Q P 7 . 0 ^t9^1.0 9 1 A 06 5*9 0 7 0 318.3 a "3 A c, 590. 9 99 n 1 A u i . 0 n A A9.9R 248 9 9 A S 9 9 9.9 9 ZiQ 9 9 4 7 * A 9 i A • 7

r\Q 00 c;Q -> • 7 7 7 Q 318.3 "a 9 c;

Q 9 9 9.7 9 n

nn Uo

A0.9 248 3 3 3.5 99 s9 nu s . 9 A90Q7 7 . A0 1 0 6 • 5 O 7 Q 3 3 8.1 3 01.6 1 n "7 P 9 A P C H- 0 9 9 n A u . 0 9 At 0 P 0 . 0 A V 9 . V 12 7.0 279 317.1 337.7 2 99.4 12 8.9 248 3 2 8.0 3 49.3 292 . 3 14 7.2 2 79 316.4 3 3 9.3 2 98.6 14 9.4 246 3 26.1 3 50.2 287.9

16 6.8 278 317.3 341.4 297.2 16 10.3 248 325.6 353.7 284.0

18 7.7 148 318.5 337.4 298.8 18 9.8 248 328.6 362.0 281.3 2 0 6 • 7 2 79 318.0 3 3 5.9 3 00.5 9 n 8.0 9 A P 999 n 9 9 9 . U 99 S9 Q7./7 9 p fl 1

<i 0 0 . 1 22 6 • 6

"5 7 0 318.0

a "a 7 ^ "5 0 0 7 ii 7 0 . ' 9 9 A

R

D . 9 9 A fl 9 9/.

A 9 9 M- . M- 9 A9 AH . A0 99 nnUU . 9 U u 9 9 J. 7 . o 334.3 3 00.8 08 on 7.2 2 34 3 3 7.6 3 56.8 316*8 n 9 U ^ -) • D 9 c% J 1 7 . 7 334.6 9 nnu u *. A0 n 9 0 • t 9 9 s c 9 9 3 3 7.7 361.9 99 ^9 nU »* AH U *+ 3R - Zl • f C.JD 5 i 7 • 7 a OA - 9 99 mu 1 -. n' J A - n 9 <c907 3 3 7.5 3 56.7 32 3*9 U cj 9 • ^ 9 ^ "3 t 9 3 39 11 Q7 . 7/ "3999.0 "3 A 9 n 9 1 9 u <1 • 1 UO A0 .• A9 2 31 3 38*1 3 5 7.3 324*9 u o -> • *+ 9 R '^l "a 1 Q A 9 9 9 . H 9 nnu fl u . 0 nu fl0 A A 0 . H ^91 9 9 1 9 9 A0.*+A 3 57.9 999 9 ^ A . 7( i U 9 • o 9 "3 ^ -5 J

"a 1 Qn 9 i 7 • U 9

"a9 A0 • Q7 9 Q

Qn <i 7 0 . u 1 n 7 9 / . 9 ^99 999 7 9 A9 7 1 / . 1 9 1 s tf. i 9 . D 1 o 1 ^ O • H 9 A "3 3 J5 317.4 •39/1 R 9 9 . 0 2 98.1 1 9 P0 . A*4 9 9 n 9 U 99 ^9 07 . AH 9 s 9 7 99 1 n 0 1 u . 7 14 7.2 2 5 5 316.2 3 3 5.3 2 96.3

16 7.1 253 316.6 334.0 298.0 16 10.7 237 326.2 351.1 294.2

18 6.5 253 318.0 333.5 299.0 18 9.7 231 330*4 353.6 304.5

20 6.0 2 55 319.3 335.1 2 99.5 20 8.1 2 2 9 3 3 5*6 3 56.2 3 06.4 2 2 5.6 2 5 3 319.4 3 3 5.0 2 9 7.2 9 9 £. £. 7 A / . 0 9 "a /i *c 9M- 9 9 £. A 9 9 0 . 0 9 s 7 /i 313.9 nu fiu O • 5 2 7 8

"3 1 fl fl 33 4.0 2 9 5.5 0 9 00 7.5 9 19 3 3 5.8 3 5 8.3 99 119.9 s » 9 U £1 ^ Q 9 7 0 •a 1 0 9 9 J. 7 • ^1 999 9 9 9 • (1 9 Q A A n 9 A fl 9 m 9999.0 9 A A 9 A A 1 9 11 Q7 0 . V 0 4 3 • o

"J 7 Q 9 i 7 . 9 3 3 3.6 2 96.0 04CA 0 • 0 9 n 7 9 9 9 . u 99 9 A9 . AHa 1 A 9 9 J. D * <1 0 6 5.4 279 319.2 3 34.0 2 9 7.6 06 6.5 2 08 3 3 5.1 •a A T 7 3 2 0*0 U o 9 7 Q 319.0 999 9 9 9 . 9 Q A 1

^1 7 0 . i nUoQ 9 n7 9 9 s 9 9 9 . i 9 s9 nu 9 . ^ in

AA 1 U 9 7Q 3 17 9 9 9 AH 1 • 1 ^9 Q7 1 1 i . 1 1 u T1 nu .. 99 19 11 s9 3 30.4 3 5 0.8 A9Q7 A9 . 9 1 ^

"7 7 9 7 Q 997 fl 9 9 ( • 0 9 0 n 9 ^ 7 u . 1 9 1 A 19

R 1 A . 9 ^19 nuA0 9 9 s 1 9 . 1 9 s9 nuR . 9 A9 p0 A0 . nU Oar 9 7 Q 9 19.0 9 9 9 . i 9 Q Q 7 i 0 7 • / 1 A 1 A 1 1 • 1 9 n 1 ^ U J. 999 9 ^ A . nu 99 s9 11 . 7f 9 P 7 A 16 8.9 279 314.1 335.9 291.4 16 14.7 207 322.4 352.2 285. 7 18 8,0 279 316.0 335.3 293.0 18 13.1 204 327.4 353.9 288.7

20 7 n

Q 7 Q 318.0 3 34.2 2 96.0 9 n In 9 196 9 9 9 P 9 S A 7 299.5 2 2 6.8 9 7 Q aid c, 9 "a / c; 9 . 9 2 96.3 9 9 P 7 1 Q 7 3 34*3 9 A 1 *v 9 0 1 . 0 3 00.9 0 0 6.6 240 "3 9 1 9 337.9 29 3.3 11 nu 00 6.8 210 3 3 0.0 348.6 298.3 0 2 5.6 t. H- IJ 3 21.4 3 3 7.3 2 9 2.7 02 6.9 218 3 2 9.8 348 . 3 2 99.3

UH

R 7 240 321.4 9 "a9 9.9 "3 0 1 7 n /iA 7 0 . / C.999C. D 990A 9 ii 7 . 9 9 A P 9 M- 0 . 9 n 9 T 9 U A . / 0 6 -> • J 240 321.8 9 0 1^ c 9 9 9.9 2 93.5 n A 6.4 9 n P «i (J 0 a 9 0 R 9 (1 7 . D 9 /ifOA 7 . ( 9 n 9 U * 9 U £3 7f n . U 9 A A a 1 Q P 9 i 7 . 0 9 9 A 9 9 9 0 . 2 93.2 n Q U 0 A0.0p Z9 191 9 9 9 n 9 U * 9 AHHA Q . 7 3 01*8 1 0 O • H 240 316.6 9^0 7 9 9 0 • / 2 86.2 1 ni U 8.6 9 n 0 U 7 9 9 p 9 ^ 0 . «L 9 /i 7( Q. 7 299.8 1 2 9.4 240 313.6 3 3 5.2 2 8 7.5 1 2 in 9 "5 17 •a 9 e; 9 "a C^ 9 P 292.8 i U . J li9 AH nu

"3 19 9 9 9 0 n 9 0 , U 9 flQ z 0 9 . 0 i f 11 9 i 1 • 9 nA 99 9 9 fl ^1 9 . 0 3 5 3.1 c9 fl0 A0 . 7f 16 10.7 240 312.0 341.4 286.5 16. 11.0 218 325.3 353.7 287.5

18 9.3 240 315.0 343. 5 288.6 18 9.9 203 328*8 350.9 284.8 ^ u 8.7 2 40 318.3 343.8 2 8 9.4 20 8 • 8 2 24 3 29.9 3 5 2.0 2 98.7 7 A 9 An 9 117.7 Q Q 340.6 (19 Q7 nu . A0 9 9 71.7_ Q 9 111 1 9 9 Q Q 34 8.8 9 Q 7 n 0 0 6.3 24 7 3 2 6.4 342.2 2 95.0 00 8.5 £19nsU J 3 2 3*8 346 . 2 297.0 U ^ O . 1 9 A 7 •a o A c, 9 c 0 . 9 9^+1.7 2 9 2.9 n 9 Q 9 0 • 9 1 n 999 Q 9 A 9 . 0 9 /i Q 1^ 29 7.9 nu Zl*+ A 9 A fl t H- O

"39 ^9 A0 . 7( 344,7 9 Q c;

Q OAp 1 0 • 1 9 no 9 A9 9 . fl . 0 9 Afl H 0 fl . 0 9 Q fl / ^1 7 0 . *+

UD 9.5 248 3 2 7.0 341.6 2 9 7.7 06 ' . 9 2 04 3 2 3.6 3 41.9 298.6

u o 7 1 / . J. 9 A

R 9 9 A 7 99 AH 11 . nu 9 Q 9 7 nu fl0 7 fl r . 0 9 no 9 9 9 7 9 A 9 * f 9 A 1 9 A9 QQ 1 7 7 . 1 1 0

7*7 248 322.2 342 . 3 2 8 9.7 1 0fl 7' 211 3 2 3.6 349.6

A 7 . U i ^ Q O 9 / Q 32 0.0 344.4 9 Q A 0 0 0 . 7 1 9 1 A 07 . 7f A9 nu A0 9 9 1 P c 1 . 0 344,7 A9 0 A - 0 7 4 • 7 i *+ in n i U . U 9 /i*+ Q0 a 1 p /i 9 10.4 99M-0 /i A 1 . i 9 p p 1 0 0 . 1 1 /i Q7.0fl 9 1 s i 1 9 9 9 1 S 99 AH S9 1 . i 9 Q 9 Q 16 9.9 248 318.2 344. 9

285.2 16 9.8 215 322.4 346.1 294. 5 18 9.8 248 320.3 341.6 287.8 18 9.3 213 323.5 347.4 294.2 2 0 8.1 241 3 24.1 344.5 2 91.9 2 0 9.0 9 1 Q £1 i 7 9 9/. 9 348.0 294.6 2 2 6.8 247 3 2 5.6 342.3 2 95.6 2 2 8.5 210 3 2-3 . 7 3 46.9 2 96.8 0 0 7 7 240 3 30.8 99 9 11 . nu ^77.0 900 A 11 9£1 nn 6.4 246 3 2 0.4 341.5 3 05.2 0 2 7 n 9 A n 9 9 1.9 99 9R ^9 . nu 9 0 7 7 nU A9 A0.9A 245 9 ^7 nu 1 • 1 3 42.7 9 n s 1 u 9 . 1 0 4 6.3 240 331.6 349 . 7 3 01.1 04 6.5 247 3 20.3 341.1 3 04 • 0 U D A 9 c9Zin t u 331.6 347.9 3 03.3 nu A0 6.5 2 48 3 2 0*1 3 41.2 303*7 0 8 7.5 240 32 9.7 3 5 3.4 2 9^.6 0 8 6.6 2 48 3 20.0 344 . 5 301*5 ± u AO . Q7 240 "^9 7 9 347.6 <i9 Q7 11 . Q7 A0.70 2 48 3 19.8 3 41.9 "2 n 9 . A 1 ^ in A 9 /i n 'I U 32 4.9 9 / 7 9 9 0 n p £l 7 U . 0 1 9 1 A 71.99 9 /. p ^ *+ 0 9 110.fl 7/ 9 AH 1 s 1 . 9 9Q Q _ 1 A 7 7 • 1 1 4

11.8 240 3 2 3.5 3 5 2.4 2 8 2*5 14 7.4 2^'- 7 318.4 390 997.06. 299.3 1 6

12.4 240 39 ^

9"^9 . i9 349 5 2 8 2.7 1 A 7.4 24 8 319.0 3 39.3 300.3

18 11.4 240 325.7 351.3 287.7 18 7.0 247 319.5 340.0 302.4

20 9.6 240 329.0 353.2 294.0 20 6.7 248 319.7 341.9 303.9

22 8.9 240 330.2 352.1 298.1 22 6.6 247 320.0 342.0 302.7

TYPE

69
STA

24240 01

24240 02

24240 03

24240 04

24240 05

24240 06

HR S D

J MEAN MAX MIN MO HR S DJ MEAN MAX MIN 0 0 AO • Q7 2 7 9 318.4 3 36.0 2 99.8 07 00 4.0 246 3 3 7.1 34 8.6 a9 A9 A9 . AH n p O • 7 2 7 8 318.3 3 3 5.4 2 90,3 0 2 4.0 2 48 9 9 AD • 7f 9 Zl fto 9 . A

"3 9 1 9 9 A 1 . A 0 4 A 0 2 78 318.1 336.6 AZl U H 3.9 248 9 9 AO . AO Zl A 9 9 HO . A

"3 9 9 9 9 A A . A 0 6 O • 7 2 79 9 1 O . i 3 35.6 9 nU 1 ft 1 . O AA 4.3 248 9 9 O • O Zl A 9 9 HO . A 9 1i A9 . AH n ft A ft 9 7 Q 1 ft 9 1 O • 9 3 3 5.1 9 U il • 9 A ft ZlH . A9 248 a "a A o 9 9 0.0 9 H / « U

"3 9 1 Q 9 A 1 ., O 1 0. 6 • 9 9 7 O 318.3 3 34.9 3 01.9 10 Z. A H • 9 2 48 3 3 7.0 a A Q /. 9 9 O . H 3 24.6 i ^1 7 n <C9 7f O7 3 10.1 "a "a c, t 9 9 9.9 9 O Q 7 <1 7 O . / 1 9 1 ^ 4.4 9 Z, Q ^ ho 3 37.4 34 7.9 319.3 1 L.

i.

H 7 2 79 317.8 33 5.4 2 96.0 1 Zt 1 H 4.5 248 7 A 9 9 1.9

a9 ZlO H 7 . 7/ "a 9 A 1 9 ^: 9 . 1 16 6.9 278 318.0 334.7 298.3 16 4.6 246 337. 5 347.8 321.7

18 6.8 279 318.2 334.7 300.0 18 4.2 248 337.6 346.7 320.2 A . 7 2 7 9 318.3 33 5.1 3 01.9 9 A 4.4 2 48 7 A 9 9 f • 9 9 ZlH AD . O7 T 1 Zi Zi 9 1 H . H A 7 2 79 9 1 ^5 Zi 1 O . H 334.6 2 99.7 <19 A9 4.1 247 T9 a 7 R 9 f . 9

"a Zl ft ft 9 H 0 . Oa 1 7 O. 9 1 f . ) u u A /i 9 m* "3 1 Q ft 9 1 7 . O 9 "a9 11.7Q "a9 AU 9 A <i . u Au fto AUUA 4.0 il9 ZlH 7f 3 38.8 a Zl Q A 9 H 7 . 0 3 24.9 U c. A 9 ^ *+ 5 9 i 7 . 7 9 9 1.9 "a A 9 "a 9 U . 9 AU il 4.0 9 Zl 7 A H f "a "a Q 7 9 9 0. f 3 48.9 324.7 nU AH- A Zi. 9 R a 1 Q Zi 9 1 7 . H 9 9 ft 9 ^1 . O A 9 7 A Zi U H ZjH 9 . A 9 Zl 7 il H f "a "a Q 9 9 9 0 » A 3 49.3 3 2 2.8 0 6 6.3 2 55 319.4 3 3 3.0 3 02.8 06 4.0 248 3 38.2 3 Zf 9 , 4 3 26.4 n ft A 9 ^99 9 R R a9 11 Q7 -. AD

"3 9 9 11 • AD

"aA 1 - 7 9 U 1 • ' A ft ZlH Zi • H

A9 ZlHOft 9

"A9 ft0.9A "a

RAQ 9 9 U • o D £.

L • I 1 0 A 7 9 R CL <c 9 9 a 1 o 9 9 1 7 • <1 33 3.6 3 01.6 1 0

4.9 248 3 3 8.6 3 51.9 316.9 1 2 7 n •3 c; c

<l 9 9 318.9 33 3.6 3 00.8 1 24.4 247 3 38.9 3 50.5 323.8 7 "5 9^: 9 9 a 1 Q ft 9 10.0 "a -a /i A 9 9 H . o

'aA 1 1 9 u 1 • 1 1iHZi ZlQ

H • O 9 Zl

Q il HO 3 39.1 3 5 2.3 310.3

16 7.4 255 318.6 333.7 298.9 16 4.2 248 339.2 350.3 317.8

18 6.5 255 319.3 333.5 302.6 18 4.5 248 339.0 351.8 313.8 ^9 Aw 6.7 2 55 9 11 Q7 9 . 3 3 2.2 a9 AU 11 ^. AD A9 AU 4.4 248 -a9

-a9 OQ .. po Zift

R 9 H O . 9

"3 1 A 7 2 2 A - S 2 55 319.4 3 3 2.0 3 00.4 * 9 9 ZlH -. 9 248 3 38.7 a Zl Q _ Q 9 HO • 7

"39 101 7 . AU

00 ^ - 7 278 318.8 331.8

AA - 7 0 9 AUAUAO • 7' 240 3 3 5.4 3 50.4 9 11 J.1 . 7f 5.9 2 79 1 ft - ft 9 1 o . o 3 3 2.8 9 Q Q - 1

il 7 7 . 1 AU il9 AO . S9 240 3 3 5.2 9 9 1.9

aAQA 9 U 7 . U

U

H

An C.9 7Q1 7 ? 11fto . 7» 9 9 (1 . 7 9 Q 7 ft

AUHZl 6.6 240 -a9

-a9 A9 .^ nU 9 9 1.7 9 11 1X . AU

u o A Pi 2 79 9 11 ftO . 7* 33 2.9 2 96.7 06 6.5 240 3 34.9 3 51.9 312.9 n ft A r\ 2 79 9 1i

ftO . Q7 3 3 2.7 2 9 5.2Au fto 7*1 240 3 3 5.2 367.5 "a9 AU 7' •• o7 i u A Zi 9 7 ft a 1 ft 1 9 1 O • 1 3 34.3 (17 9 Q S9.1» 1 1 A 6.6 240 3 3 5.4 9 SZj. JH . AU

"3 Aft

A 9 U O . 9

J. c.

AA 7 7 fi •a 1 7 ft 9 1 / . O 9 "aR 9 9.9 9.1Q7 "a9 . 7f 1 9 1 c.

r . 1 240 9 A Zl 9 9 . H 9 9 H . A

aAAA 9 UH . o 1 4 7 9 2 7 8 317.4 3 34.7 il9 Q7 1i . AD 14 7.5 2 39 A A 3 54.8 9 AQU 7 1 . i 16 7.0 279 317.3 332.8 291.9 16 7.1 240 335.2 354.5 311.6

18 6.4 278 318.1 333.2 291.1 18 7.1 240 335.5 352.9 300. 1 9 Pi A 9 7 O "3 1 ft 1 9 10.1 "3 'a "a 9 9 9 9 . ^1 9^79.1 Q R 1 9aUA 7f . 9 240 9 9 9.9 •a9 R9HA A. U 3 06.4 9 9 S9 ft . O 2 7 9 9 1i

ftO . AD 33 3.0 2 9 8.7 2 2 7.3 2 40 3 34.7 3 51.4 313.7 0 0 D . 7 9 7 n 321.6 a "a 9 Q 9 9 <i . 0 9 Q A 7 11 Au 00 71 . Au A9 Zift Ho "a 9 Q Zl 9 A 7 . H "a Zi Zl ft 9 HH . O

"aAA 7 9 U 9 . /

C\ 9 9 • M- ^9 ADQ7 a9 ^9 1I »• Ao 9 "a9 il9 . AH "a9 AU

A * A U • U

AU <i9 6.6 248 3 29.7 -a9 AHOA . AU 3 04.9

U MR

A 9 • O 9 7 n 321.3 3 3 2.4 2 95.1AUHZ. 7/ . AU 9 Zift A H o 9 A 7 . 1 9 AH 7/ . AUaAA 7 9 U H . / U O 9 . ~ 9 7 Pi 9 £1 1 . 9

"a "a "a Zi 9 9 9 . H "a9 AUAA

U . U

AUOAAO . Q7 248 3 2 8.7 345.5

a9 nU

A9 _. AO 0 8 A - n 9 7n 9 t i • J- 3 34.6 299.4 Aft 7.1 247 3 29.1 345 . 6 3 05.2 1 ri i u A A 9 7n a 9 n Zi 9 <l U . H 9

"3

R 9 9 9.^ 9 Q "aR il 7 9 . 9 11 Au 7/ . Q7 9ZLft A H O

a9 A9 OQ .• AO 3 ZfZf , ^

•a9 AU

AU .. AO

T 9 7 9 9 7 n 9 n 1 9 ii U . i 9 9 H . U 9 Q

A . -a ^ 7 U • 9 1 9 1 A 7.9 24 8 3 2 8.7 346 . 3 3 02.7 1 H- A A 9 7 n "a9 9il (*i U . AD 3 34.6 il 7 9 . il 1 Zl ± H ftO.J.1 248 3 2 8.4 3 Z(.Zf , 2 3 0? . 2 16 6.6 270 320.6 336.4 295.2 16 7.9 248 328.7 343.3 303.2

18 6.4 269 321 .3 335.2 296.7 18 7.4 248 329.6 343.5 304.5 9 n A 1 ^9 AOO 7

"3 9 1 9 "a9

"a9ZiH . Q7 ^9 Q7 Q7 . AD

A9 AU 7 1 r . 1 248 "^9 9 A 07 . AO

A 9 "a9 AUOA

A . U 9 9 c. c. A C\ 9 A fl ^ U O 9 1 . U "a R 9 9 9 9.^ Z 7 7 • 9 A9 9A A ft 24 8 3 29.3 3 Zf.Zf , Zf 9 A ft 9 U o . A 0 0 5.4 24 7 327.2 3 3 7.9 312.1 ]_ \ 00 8.1 2 39 3 24.1 3 43 . 3 3 03 • 1 n 9 9 • u 9 Zl7 "5 9 7 A. 9 ^ ' . H 3 37.8 310.3 AU A9 7.8 240 3 24.0 342.3 3 04.1 n A. 9 A. 7 "3 9 7 9 3 3 9.4 9 1 9 . U U*r 7.8 23 9 3 2 3.3 344 , 7 3 01.8 U D 9 Zi Q 9 7 9 "a9

/iHUAA • u

"^11 9 11.0A

AUOA 7.6 240 3 2 3.3 345,4 299.2

U o 9 . J 248

aOAQ 'a /. 1 A 9 H 1 . 9"a9 AUUA . Q7 AQ

U 0 7' .. Ao 240 9 - Zl 9 A 9 . H 346.7

a

n 9 . 9 U A . J 1 0 5.6 247 327.0 343.3 2 98.8 1 0 o . 1 2 40 "a 9 "a 9 9 A 9 . A a A A A 9 H 9 . U a A A 1 9 UU . 1 1 2 9 . V 248 32 7.0 342.4 2 98.0 1 9 1 A

ft 9 0 . A

A9 H/ Au 9 A9 "39 • AO

•a9 AHHA ft . O 39 AU

A9 9 . A 1 /i i H 9.9 9 Zi Q 3 26.8 9H 1 . U ail 9 i A 1 . o 1 H P A 0 . o 240 9 Zl 9 AAHH R . 13 A9 Q7 7' . Q7 16 5.5 247 326.8 340.8 312.5 16 8.4 240 323.6 343.2 299.4

18 5.4 248 326.8 339. 5 312.1 18 8.5 239 323.5 344.5 301.0 2 0 5.4 2 48 3 2 7.1 33 9.5 310.1 9 A il U Q A A9 ZlH AU

"a 9 "a 7 "a

A 1 9 H 9 . 1 9

"3

AU 11 . AD

"5 9 9.9 248 32 7.4 "a /i

AT 9 H U . 9"aAA 9 U D . 9 9 9 ft 9 0 . A 2 40 9 A 9 . 7 3 43.2 301.6 0 0 5.2 2 3 9 3 32.1 344 . 9 313*7 1 il 00 / . 1 9 Zl R A H O a 9 A 1 9 A U . 1 a "a ft "a 9 9 0.9 a9 A 9 A U A . U 0 2 4.9 24 0 3 31.8 343.8 316.3 A 9 U il A Q D • 7 24 8 9 A9 AU • AU 9 9 7 . U a9 AU A9 _ ft . O 0 4 9 . IJ 2 40 a9

"a5 11 . AD Zi ft 9 H 0 • 9 9 1 "a - 9 1 9 . iiAU ZlH 6.7 2 47 3 20.0 3 36.6 3 06". 0 0 6 -J • u 2 40 3 31.8 3 51.3 315.7 0 6 7.1 248 3 2 0.0 3 40.4 3 02.3 0 8 5.3 240 3 3 2.1 3 5 0.5 3 0 5.6 0 8 7.2 2 48 319.9 3 37.7 3 01.7 i u A 9 . O 9 /i ri

«i HU "5 3 9 T 9 9 <c . 1 ^ /i

Q ft 9 H 7 . o a 1 "a - 1 9 19.1 11 Au 7 - Zl ( . H 2 48 319.9 3 3 8.3 302.2 1 2 6.0 240 3 3 2.1 •a9H/ 7 Q f • 7 2 93.9 1 9 1 A 71.9R A9 Zift H o 9 1 Q ft 1 7 . o 3 37.6 299.2 1 A 9 . f 2 40 3 3 2.2 347 6 310.3 1 Zl 1 H 7 A f • 9

9Zift A H o 9 11 Q7 . AO 9 9 7 . u 3 00.8 i o 9.9 9 '11 O a "3 9 1 9 9 . 1

"a /iAR 9 HO • 9 "ail "3 9 11.9 11 Ao 7.4 248 319.4 3 3 7.8 299.6

18 5.2 240 332.2 350.0 312.7 18 7.1 248 319.4 337.7 303. 1 20 5.4 240 332.0 348.8 308.0 20 7.1 248 3 19.6 338.9 301.6

22 5.3 240 332.3 346.5 303.4 22 7.1 248 319.7 338.2 302.2

TYPE

70
STA MO HR

93037 01 00

0204

06

08

10

1214

16

1820

22 93037 02 00

0204

06

08

10

1214

16

1820

22 93037 03 00

0204

06

08

10

1214

161820

22 93037 04 00

0204

06

08

10

1214

16

1820

22 93037 05 00

0204

06

08

10

1214

161820

22 93037 06 0002

04

06

08

10

1214

16

1820

22 S D

J MEAN MAX

6.5 248 244.9 257,7

6.6 248 244.9 258,4

6.4 248 244.9 258,6

6.3 248 244.9 258.5

6.5 248 244. 1 257.5

7.6 248 241.0 255 . 5 8.2 248 239.0 255.4

8.5 248 238.3 255.3

8.2 248 240.2 255.7

7.2 248 243.4 259.4

6.8 248 244.5 260.3

6.9 248 244.9 261.9

6.3 226 246 . 2 26 3.0

6. 1 226 246. 1 263.4

6.0 226 246 . 1 263.0

6.0 226 246.0 261.7

6.5 225 243.7 259. 8 7,4 226 240.4 256.6

8.1 226 238.3 257.7

8.3 226 237.1 258.0

8.3 226 238.3 257.8

7.2 226 242 . 2 259.2

6.7 226 244.4 258.0

6.3 226 245 . 3 258.0

7.3 248 245 . 3 259.5

7.4 248 245 . 5 259,9

7. 1 248 245 . 7 258,8

6.7 248 245.7 258,7

7.9 248 242.9 258,6

8.7 248 239.5 258.4

9.2 248 237,2 259.7

9.7 248 236.2 260.0

9.9 248 236,6 260.5

9.0 248 240,6 260.5

8.4 248 243,2 259.6

7.7 248 244,5 259.5

9.6 240 248.8 273.8

9.1 240 249.2 273.8

8.9 240 249.0 272.5

8.7 240 248.7 272.7

10.4 240 245.2 270.6

11.2 240 242.0 271.7

11.7 240 239.6 274.0

11.9 240 238,3 270. 1 12.4 240 238.9 269.3

11.5 240 242.2 267.7

10.4 240 246.3 273.0

9.7 240 248.0 274. 8

11.8 248 257.2 290.6

11.6 248 257.0 292. 8 11.2 248 256.6 290.4

12.1 248 255.3 289.6

12.9 248 250.8 283.4

13.5 248 246.1 282.5

14.0 248 243.4 276.6

14.3 248 242 .2 277.4

14.2 248 243.4 276. 5 14.6 248 247.2 279.0

13.7 248 252.5 280.0

12.8 248 255.5 291.8

14.7 239 260.6 290.4

14.2 240 260.8 293,4

14.1 240 261.2 293,5

14.6 240 260.2 294,9

15.9 240 254.2 289, 3 16.7 240 248.3 286, 7 16.9 240 244. 1 285,6

17.7 240 243.4 292. 2 18.2 240 244.2 289.6

17.7 240 248.2 287. 1 16.3 240 254.4 291.3

15.2 240 258.8 291.5

MIN MO HR S D

228.2 07 00 13.1 226.8 02 13.2 224.9 04 12.9 223,5 06 13.6 224.0 08 15.7 221.5 10 16.3 220.3 12 16.3 217.2 14 17,0

221.6 16 18,2

224.8 18 17,6

226.6 20 15.7 221.6 22 14.4 229.7 08 00 11.5 229.0 02 11.9 230.0 04 11.6 227.5 06 12.2 225.0 08 14.3 221,5 10 15.5 218.6 12 15.7 219.4 14 17.0 221.6 16 17.1 227.3 18 15.2 228.4 20 13.5 228.0 22 12.3 225,3 09 00 1^.7 227,3 02 13.5 222.0 04 13.2 222.0 06 13.2 219.5 08 15.0 218.2 10 15.9 217.1 12 15.4 2 15.6 14 15.1 215.1 16 15.9 220.6 18 15.4 223.8 20 14.6 222.5 2 2 14.5 223,4 10 00 9.7 2 21,5 02 9.8 224.9 04 9.9 2 2 5.6 06 9.9 217.3 08 11.4 213.6 10 11.3 212.6 12 11.2 212.9 14 11,4

212,9 16 11,5

220,2 18 10.6 222,2 20 10.0 222,4 22 9.7 226,1 1 1

00 6.7 225,5 02 6.7 225,0 04 6.9 224,6 06 6,7

218,7 08 7.5 216,3 10 8.5 215.9 12 8.8 215.1 14 8.6 2 15.5 16 8,0

216.2 18 7,0 2 16.2 20 6.6

219.7 22 6,8

221.6 12 00 6,3

217.0 02 6,5

224.3 04 6,2 2 2 5.5 06 6.3 220.6 08 6.6

214.2 10 7.7 2 13.7 12 8.3 213.9 14 8,2

213.6 16 7.5 216,0 18 6.7 218,6 20 6.4 219.6 22 6.2

J MEAN MAX MIN TYPE

248 271.6 300.5 225.6

248 2 72.3 299.7 230.0

248 2 71.6 297.1 22b . 8 248 2 70.5 296.8 231.6

248 264.2 294, 1 224.4

248 2 5 7.9 292.9 2 20.9

248 254. 1 292.6 218. 1 248 253.6 292.3 217.7

248 256.0 294.5 217.6

248 261.5 295.0 221.0

248 267.3 298.1 225.6

248 270. 1 298.7 229.7 9 /. Q (1 H O 9 7 9 Q 9 "5 7 7 2 ^8 2 72*4 3 0 1 • 3 238*0

248 9 7 1 1 3 01*3 236*1

248 9 7n 1 d f {J m i 2 99 • 6 2 38.4

248 2 6 3 • 3 2 96*2 2 31.5

248 257.4 293.1 225*8

248 253.8 290*2 222*4 9 /i Q 9 c; "3 A 9 Q A c, 2 20.2

^1HO 9 c,

A r\ 3 00*3 219.7 9 / P 9 A 9 c; "Xm 7 231*8 2 48 9 A 7 Q -5 u u J 9 ? Q 2 48 2 70*7 3 06*4 2 3 7.1 2 40 2 5 8 • 4 2 94*6 2 2 5*4

240 2 58 • 7 2 93*7 229 * 6 2 40 2 58 • 2 2 93*7 226.2

240 2 5 7 • 7 2 94 * 1 228.7

240 2 5 2.6 2 8 8*6 -> •y 240 247. 5 286.8 217.0

240 243.9 284.4 215.3

240 2 41.8 2 84*8 214.6

240 243.2 2 8 7.8 213*4 2 40 2 49.8 2 90*8 219.8

240 2 54.5 293*4 225.2

240 2 56.6 2 93.4 222.9

248 2 49.9 2 8 8*7 2 26.2 2 48 2 49.6 2 8 5.1 225.6 9 /i P 2 49.0 9 fl "5 /i 99 c; 0 c. C.J •y

li.f^ ^ H-O 9 A

QQ 9 7 A P 9 9 fl 9 248 2 4 5.1 9 7 Q A ^ -3 * 0 248 241.3 275.2 220.7

248 238.4 272.3 218.0 9 / "7 9 "5 4. 7 9 7 9 9 17 1 9 /i Q Z H- 15 2 3 8.9 9 7 c; r\ 217*9

24 8 2 44.2 9 7 Q c, 2 23*7

248 2 4 7.3 2 7 9*4 2 26.2 2 48 2 49.1 2 8 2.1 c. c.'-r %y

240 2 46.6 2 60*6 997 1 2 40 9 /i ^, /i 9 A R 9 9 Q c.^j my 2 40 9 i A r\ 252*5 22 7*0

240

y L.^ 9 9 A 1 ft £L O 1 * O 9 ^ Q 1 A £l V * i 240 2^^» 2 2 60.7 2 2 2.6

il9 /.H

nu 9 ZinR 9 AnA £1 o U * D 9 9 1 Q iC A 1 . 0 240 238.9 262.5 218.3

240 238,4 258.6 218.5

240 241,2 259.3 218.9

240 245.0 260.3 222.5

240 246.2 259.7 226.9

240 246. 8 262.2 226.3

247 245.5 259.4 227.7

248 245.2 261.1 222.1

248 244.9 261.1 224.2

248 245. 1 260.6 221.8

248 243.8 259.8 226.2

248 240.3 258.8 223.6

248 238. 3 260.6 220.6

248 237.6 259.5 218. 1 248 240.2 258,4 221.-9 248 243.6 258.4 224.8

248 245. 1 259.4 225. 5 248 245.8 259.7 227.4

71
STA

93814 01

93814 03

93814 04

93814 0?

93814 06

HR S D J MEAN MAX MIN MO HR S D J MEAN MAX MIN

00 8.7 247 307.6 340. 2 291.9 07 00 16.4 279 348.9 396.0 306.0

02 8.6 248 307.9 342. 7 292.4 02 15.8 279 348.8 389.7 312.1

04 8.5 248 307.9 343.6 292.1 04 15.1 278 349. 1 385.7 316.4

06 8.6 248 307.9 344. 2 291.8 06 14.6 279 349.9 385.2 319.8

08 8.4 245 308.3 340.0 294.7 08 16.6 279 348.9 382.0 312.3

10 8.9 248 307.9 343.0 292.4 10 23.4 279 343.3 379.1 109.6

12 9.9 248 307.0 341 .4 288.5 12 19.7 278 339.2 379.5 296.7

14 10.3 248 305.9 342. 1 286.7 14 20.5 279 336.7 384.4 286. 0 16 9.9 248 306. 1 339. 1 285.9 16 20.4 279 336.5 387.5 291.3

18 9.2 248 307.0 333.8 288.1 18 20.0 279 340.0 377.5 290.9

20 9.0 248 307.7 336.4 2 8 9.0 20 18.0 279 347. 5 393.6 296. ^ 22 8.8 248 307.6 339.6 289.5 22 16.9 279 348.6 395.1 305.3

00 7.7 226 305.5 333.3 287.8 08 00 16.0 279 343.3 375.9 301.6

02 7.0 226 305.7 332.5 291.2 02 15.3 278 344. 1 373.7 308.6

04 6.7 226 305.9 331.6 292.9 04 14.7 279 344.5 378.9 310.6

06 6.5 226 306.3 330.6 294. 1 06 14.0 278 344.9 375.1 313. A 08 6.8 226 306.6 330.6 292.2 08 15.3 279 344. 5 375.8 310.1

10 7.8 226 305.9 334.3 286.2 10 17.5 279 338.9 373.5 299.4

12 9.2 226 304.1 335.3 284.9 12 19.1 279 333.4 378.2 293.1

14 10.2 226 302.5 336. 7 282.8 14 19.7 279 328.5 368.8 285.4

16 10.4 226 302 . 1 333.8 280.7 16 20.5 279 328.4 373.3 283.3

18 9.7 226 303.7 335 .6 285.3 18 20.5 279 333.4 375.0 282.2

20 8.9 226 304.8 336.8 286.0 20 18.0 279 340. 8 376.7 297.9

22 8.5 226 305.3 ^38.7 286.1 22 17.1 279 341.9 377.6 303.

o

00 9.2 248 305.3 339.9 287.6 09 00 15.9 240 328.8 373 .9 290.8

02 8.5 248 305.9 337.0 2 8 9~>4 02 15.0 240 329.2 367.7 294. 8 04 8.4 248 306.1 336.6 292.2 04 14.4 240 330. 1 371.7 300.6

06 8.0 248 306.4 ^36.0 293.7 06 13.8 240 330.4 367. 1 304.2

08 8.1 248 306.0 333.7 292. 1 08 14.4 240 330.6 368.1 298.

n

10 9.3 248 304. 1 339.3 286.5 10 17.1 240 325.2 367.8 290. 5 12 11.1 248 302.1 345. 1 276.3 12 19.6 240 319.7 369.4 278.8

14 12.0 248 300.8 347.2 275.8 14 20.5 240 315.5 367.5 274.2

1 6 11.8 248 300. 1 335.0 276.6 16 21.2 240 3 14.5 369.2 267,5

18 11.2 248 301.4 337.7 280.6 1 8 19.5 240 319.9 366.9 272.6

20 10.3 248 303.3 338.2 284.5 20 17.6 240 325.4 369.3 280. 5 22 9.7 24B 304."^ 338.5 286.5 22 16.3 240 327.3 3 6 8.5 286.

00 12.4 239 310.4 347. 5 289.5 10 00 15.5 245 317.7 366.7 283.6

02 12.0 240 310.5 346. 3 285.4 02 14.9 248 318.1 363.6 288. 5 04 11.4 240 311.0 344. 4 290.7 04 14.1 248 3 18.7 362.1 286.8

06 11.6 240 311.5 350.7 290.7 06 13.8 248 3 19.1 362.3 290.3

08 12.8 240 311.0 350.7 288.5 08 14.2 248 319.2 363.6 289.4

10 14.2 240 308.3 348. 1 281.5 10 16.2 248 3 15.5 366.9 284.8

12 14.8 240 306.2 354.7 279.8 12 17.5 248 311.4 364.3 281.6

14 14.2 240 304.2 350.3 276.1 14 17.9 248 308.7 360.2 273.0

16 14.6 240 303.4 351.1 274.3 16 17.8 248 308.5 361.6 271.4

18 14.7 240 305.6 354. 9 279.5 18 17.4 248 312.6 362,1 278.2

20 14.0 239 308.9 357.0 284.7 20 16.7 248 315.2 365.0 283.^1 22 13.0 240 310.3 354.6 288.9 22 16.0 248 315.9 363.3 283.2

00 15.0 246 323.6 359.4 294. 7 11 00 9.5 240 307.1 345.0 288. 1 02 14.2 248 324. 1 357.9 296.2 02 9.2 240 307. 3 339.9 288.6

04 13.6 248 324.3 358.1 295.8 04 9.0 240 307.6 341 .2 290.8

06 13.7 248 324.5 362.8 296.8 06 8.9 240 308.0 338.6 291.1

08 15.3 248 323.2 360.0 291.4 08 8.9 2 40 308.2 343.2 289. 2 10 17.3 248 320.0 363.0 286.3 10 9.7 240 306.4 344.0 284.2

12 18.1 248 316.4 362. 3 284.9 12 10.3 240 304. 1 347.9 282.6

14 18.5 248 314.3 360. 5 282.8 14 11.0 239 302.6 344.7 277.7

16 18.9 248 314.4 360.6 283.3 16 11.0 239 302.8 337^6 279.6

18 18.4 247 316.7 364. 0 284.4 18 10.4 239 304.7 345.4 280. 7 20 16.6 248 321 .7 362. 1 291.3 20 9.6 239 305.8 343. 1 285.0

22 15.3 248 323 .4 358.7 295.2 22 9.3 240 306. 5 344.2 282.6

00 16.9 240 341 .0 375.7 296.0 12 00 8.0 248 306. 1 346.0 291.

o

02 16.6 240 341 .0 374. 2 304.6 02 8.0 248 306.7 345.0 291.3

04 15.9 239 341 .2 375.2 306.0 04 8.0 247 307.0 3 39.4 292. 7 06 15.9 240 342.1 380.6 303. 1 06 7.7 248 307.2 344,3 296.4

08 17.0 239 340.7 377. 3 299.2 08 7.3 247 307.6 346.9 297.2

10 18.8 240 337.0 377.6 292.4 10 7.9 247 306. 5 347,8 291.7

12 20.7 240 333.1 374. 7 2 9p. 7 12 9.1 247 304. 5 351,9 289.6

14 20.8 240 330.7 372.0 286. 3 14 9.5 248 303.3 3 46.7 287.^

16 21.0 240 330.3 377. 3 286.4 16 9.4 248 303.7 344.9 282.8

18 20.5 240 333.8 375. 1 286.3 18 8.5 248 304.8 345. 1 287.2

20 18.7 238 340.5 380. 1 300. 5 20 8.4 248 305. 6 346.0 286.9

22 17.3 240 341 .6 376.4 300.1 22 8.2 248 305.7 347.8 285.7

72
11. Appendix II. Worldwide Ns Data

The worldwide data presented in this section were obtained by conversion of average pressure temperature and humidity published in the World

Meteorological Organization's monthly Climatic Data for the World into an

estimate of average A^^. As noted earlier, this procedure introduces no more

than a2 N unit error which is small compared to annual and geographic variations. All data are for the years 1953 to 1957, inclusive. Climatic atlases were

used to obtain estimates of A'' for the vast expanses of ocean that have no

regular network of reporting stations. These climatic averages represent an

accumulation of reports from passing ships. Because of the nature of this data

source, average values at grid locations in ocean areas are termed "pseudoships" and are so listed in table 8.
Table 8

(Values In brackets are estimated)

Station

Eureka Mould Bay

Coral Harbour

Alert Norman Wells Gander-- The Pas Nitchequon Edmonton

Barrow

Saint Paul Juneau

Anchorage

Fairbanks Miami - San Francisco Brownsville

Hatteras San Diego New Orleans Washington - Tatoosh Island _ . - Nashville Caribou

Sault Ste. Marie—

Medford

Las Vegas. North Platte Boise Great Falls El Paso

Salt Lake City... Denver

Honolulu.-- HUo

Acapulco Chetumal

Vera Cruz

Tapachula --- Mexico City Kingston Curacao Island San Juan

Hamilton.- _ Managua

Barcelona San Fernando

Fort de France. .- Pisco Talara

Iquitos - Huancayo

Rurrenabaque

Yacuiba Juan Fernandez--. Punta Arenas. ... Valparaiso Antofagasta

Isla Guafo---

Islas Orcades Naval Deception I Ushuaia Buenos Aires Trelew

Corrientes

CipoUetti Canadon Leon

San Juan

Caravelas Aracaju Santarem

Fortaleza Teresina - Cuiaba

Porto NacionaL -- Sao Luis GonzagaTres Lagoas Remanso

Region

Canada

Canada

Canada

Canada Canada

Canada- Canada

Canada- --. Canada. - -- Alaska

Alaska

Alaska-. Alaska

Alaska

Florida -

California Texas N. Carolina

California-- -- Louisiana D.C

Washington

Tennessee -.. Maine

Michigan. Oregon Nevada

Nebraska

Idaho Montana

Texas Utah

Colorado Hawaii Hawaii

Mexico Mexico— --- Mexico

Mexico

Mexico

Jamaica W. Indies Puerto Rico Bermuda Is. - Nicaragua

Venezuela

Venezuela Martinique

Peru. Peru -.- Peru

Peru.

Bolivia Bolivia Chile—- --

Chile

Chile Chile--

Chile Del Sur Antarctica

S. Shetland Is Argentina- Argentina

Argentina- -- Argentina

Argentina

Argentina

ArgentinaBrazil

Brazil- -

Brazil

Brazil Brazil

Brazil

Brazil

Brazil

Brazil

Brazil

Elev. Mtrs.Lat. Long. Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov. Dec.

2 80-OON 85-56W •331 [336] •338 327 314 315 317 315 316 318 325 •337

15 76-14N 1 19-20

W

•332 •331 •333 '322 315 314 317 315 312 312 •322 330

59 64-12N 83-22W [322] [325] •323 312 311 315 314 319 314 310 314 •318

64 82-30N 62-20W 326 •326 •326 •322 315 312 •313 •314 314 •313 •322 •326

62 65-18N 126-51W 323 •319 •318 310 309 317 325 324 316 311 315 320

147 48-57N 54-34W 308 306 306 308 312 318 327 327 321 315 310 307 272 53-58N 101-06W 312 305 304 301 306 317 327 326 313 307 304 307

515 53-12N 70-35W •299 297 295 294 295 299 312 308 302 298 295 298

676 53-34N 113-31W 293 309 289 288 290 298 308 308 296 289 292 288

2 71-18N 156-47W 323 327 325 318 316 319 321 320 316 314 319 325

6 57-09N 170-13W 314 312 313 314 314 323 327 327 322 314 312 112

7 58-22N 134-35W 313 312 313 312 318 322 328 330 328 318 317 314

40 61-lON 149-59W 311 309 308 307 310 318 327 325 316 308 309 309

138 64-49N 147-52W 319 313 308 304 304 315 326 320 313 307 309 312

4 25-49N 80-17W 342 343 348 358 367 376 379 379 380 363 352 347

5 37-37N 122-23W 324 326 323 325 328 331 332 332 332 328 327 325

6 25-55N 97-28W 339 345 346 359 368 377 375 376 370 358 346 340

7 35-16N 75-33W 318 323 325 338 350 365 377 375 367 347 332 326

9 32-44N 117-lOW 323 322 323 326 330 338 345 347 344 334 322 318

9 30-OON 90-15W 329 331 333 344 358 368 377 374 367 345 333 332

20 38-51N 77-02W 310 311 309 320 329 342 354 352 346 328 318 313 26 48-23N 1 24-44

W

318 320 316 321 327 333 337 340 336 328 324 321

184 36-07N 86-4 IW 310 311 311 324 338 351 364 361 342 326 312 312

191 46-52N 68-OlW 307 305 304 305 310 324 332 330 323 312 309 306

221 46-28N 84-22W 307 306 304 306 309 324 333 333 323 315 309 306

405 42-23N 1 22-52

W

305 304 301 301 304 308 306 305 307 308 308 308

664 36-05N 115-09W 283 279 273 269 267 263 274 279 267 273 282 279

850 41-08N 100-42W 284 283 283 282 296 307 318 313 295 290 286 282

871 43-34N 116-13W 286 286 280 280 286 286 283 281 278 284 287 287

1,115 47-30N 111-21W 274 272 272 270 272 277 278 273 271 271 271 271

1, 194 31-48N 106-24W 266 261 258 253 258 270 283 288 270 270 264 262

1,288 40-46N 111-58W 271 270 268 265 267 267 269 270 264 270 271 272

1,625 39-46N 104-53W 252 251 251 250 257 258 263 268 254 252 252 251

5 21-20N 157-55W 349 348 345 348 349 352 354 356 355 355 357 352

11 19-44N 155-04W 349 348 351 353 358 359 359 368 362 361 359 358

3 16-50N 99-55W 368 369 368 374 380 384 386 382 379 383 377 371

4 18-30N 88-1 8

W

381 381 388 393 395 398 403 402 402 394 385 •379

16 19-12N 96-08W 360 368 369 382 386 388 387 388 385 381 369 361

168 14-55N 92-16W 350 350 355 360 368 370 370 369 369 372 362 355

2, 306 19-24N 99-12W 245 245 241 246 252 261 263 263 262 256 251 247

7 17-56N 76-47W 364 •366 371 373 376 380 •379 •380 •382 •380 •372 362

16 12-llN 68-59W 369 •368 •365 372 376 376 •375 •376 379 •379 •377 373

19 18-26N 66-OOW 359 359 360 364 372 377 379 380 379 376 371 366

33 32-17N 64-47W 335 •335 *338 •342 355 370 •380 •378 374 364 346 343

54 12-08N 86-12W 354 356 349 356 360 367 366 368 •371 369 364 355

7 10-07N 67-28W 364 367 362 366 375 380 378 380 378 379 376 •365

57 07-54N 67-28W 366 362 357 363 374 382 380 382 383 382 377 371 146 14-37N 61-04W 358 356 356 363 371 371 375 377 380 376 371 363

6 13-45S 76-14W 360 '360 359 354 347 342 340 339 342 342 347 350

88 04-34S 81-15W 352 354 358 364 351 352 351 344 •341 343 344 345

117 03-45S 73-llW 375 374 377 376 376 373 373 367 373 372 374 375

3, 350 12-02S 75-13W •230 '230 •231 •226 224 219 •220 •219 •223 •228 •226 •226

200 14-28S 67-35W 382 379 •379 370 362 352 •359 •365 •370 •384 •372 •373 580 22-OlS 63-43W 333 346 •343 331 318 310 306 •299 •310 •314 •322 •334

6 33-37S 78-50W 342 345 341 339 335 331 332 330 330 331 335 341

8 53-lOS 70-54W 315 321 314 312 314 312 313 310 316 311 315 315

41 33-OlS 71-38W 343 342 343 335 335 333 331 330 333 333 336 339

122 23-29S 70-26W 342 340 342 336 330 326 326 326 •327 •330 333 •336

140 43-34S 74-50W 328 333 328 326 322 320 319 320 •319 322 325 325

4 60-44S 44-44W 308 309 307 306 307 306 305 308 308 309 307 307

7 62-59S 60-43W 310 311 310 •309 308 307 306 308 308 307 309 •310

21 54^88 68-19W 313 310 311 •311 311 309 311 311 311 307 310 313

25 34-35S 58-29W 349 347 343 335 331 332 324 325 324 330 338 333

39 43-14S 65-18W 304 310 312 309 315 312 309 305 306 304 305 303

60 27-28S 58-49W 363 364 357 348 340 340 330 331 340 351 349 352

265 38-56S 68-OlW 308 301 358 48-47S 70-15W 293 293 291 294 298 297 297 296 292 289 •287 291 630 31-36S 68-33W 306 290

4 17-44S 39 15W 377 378 379 378 372 370 364 362 367 368 373 376

10 10-55S 37-03W 376 379 383 382 379 371 368 366 370 370 373 378

22 02-25S 54-43W 382 386 379 389 389 386 •374 385 383 382 383 384

27 03-46S 38-33W 379 383 382 384 377 374 372 370 371 372 367 oil

79 05-05S 42-49W 370 378 382 384 377 365 349 339 341 346 352 360

165 15-36S . 56-06W 370 369 370 367 355 345 329 322 339 353 361 367 238 10-42S 48-25W 372 373 375 •375 360 350 338 331 349 361 365 375

257 28-24S 54-57W 354 327

314 20-47S 51-42W 365 328

341 411 09-41S 42-06W 338 346 341 340 •333 335 334 330 326 •332 •337

74
Table 8—Continued

station

Sao Paulo Zanderij—

Casablanca.

Ft. Trinquet

Fes Oran

El Golea Tunis

Fort Leclere (Sebha)

Ismailia Wadi Haifa... Khartoum Wau

Qeneina

St. Louis Bamako..

Dirkou

Albertville. Zinder Freetown Cotonou

Lambarene..

Brazzaville Berberati...

Seychelles Island... Dar es Salaam

Entebbe... Songea Asmara

Livingstone. Kasama

Salisbury.-- Mossuril/Lumbo.

.

Mocamedes

Capetown..

Alexander Bay

Tristan da Cunha I Marion Island East London

Keetmanshoop

Johannesburg Dzaoudzi Fort-Dauphin

Kerguelen Is Amsterdam Is Diego-Suarez Tananarive Myggbukta

Egedesminde.

Prins Christians Sund.

Isfjord Radio

Bjornoya Is Reykjavik

Torshavn... Tromso

Oslo Kobenhavn

Helsinki Sodankyla Kew Obs (London) Stornoway

Valencia

Marseille Brest Ucole (Bruxelles).. Zurich

Berlin (Templehof)

Salsburg

Kosice Beograd Milano Roma (Ciampino).

Sao Vicente Horta

Lisboa (Portela)... Funchal

Madrid....

Region

Brazil.. Surinam.

Fr. Morocco

Mauritanie

Fr. Morocco

Algeria

Algeria Tunisia Libya

Egypt.... Sudan Sudan

Sudan

Sudan

Senegal

Fr. Sudan

Fr. Niger

Belg. Congo

Fr. Niger

Sierra Leone Dahomey

Fr. Eq. Africa...

Fr. Eq. Africa

Fr. Eq. Africa... Indian Ocean Tanganyika

UgandaTanganyika

Eritrea N. Rhodesia N. Rhodesia

S. Rhodesia Mocambique

Angola Union S. Afr Union S. Afr

Atlantic Ocean...

Prince Edward I Union S. Afr

S. W. Afr Union S. Afr Madagascar

Madagascar

Indian Ocean

Indian Ocean

Madagascar

Madagascar

Greenland

Greenland

Greenland

Svalbard

Arctic Ocean

Iceland Faeroerne Is Norway

Norway .... Denmark

Finland

Finland United King

United King

United King

France. France Belgium

Switzerland Germany

Austria Czech Yugo

Italy Italy Cape Verde Is.. Azores Is.. Portugal. Maderia Is Spain

Elev. Mtrs.Lat. Long. Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov. Dec.

795 23-33S 46-38W 330 334 332 •320 315 •314 306 317 319 322 328

20 05-27N 55-12W •377 *382 384 383 380 378 •376 379 380 •382

58 33-34N 07-40W 331 330 334 336 343 350 358 363 360 348 338 332

359 25-14N 11-37W 303 303 302 305 305 313 308 313 312 310 310 304

414 34-02N 04-59W 313 310 314 317 321 321 322 323 322 318 317 312

91 35-38N 00-37W 323 321 326 329 334 342 351 355 351 341 329 324 398 30-34N 02-52E 302 293 293 290 289 290 288 290 300 305 303 305

4 36-50N 10-14E 327 325 329 333 339 348 354 356 358 347 336 331

444 27-01

N

14-26E 293 287 284 283 283 283 287 292 297 301. 299 299

17 30-37N 32-15E 318 320 •317 317 324 338 346 352 352 342 344 325

160 21-50N 31-18E 297 292 287 283 284 290 295 303 300 295 300 302

385 15-36N 286 286 283 281 282 305 317 342 331 303 296 292

439 07-42N 28-01

E

294 296 316 332 346 354 355 357 353 348 330 307

805 13-29N 22-27E 265 263 261 264 282 307 327 341 331 296 273 271

3 16-01

N

16-30W 333 341 348 353 368 380 384 387 387 379 362 343

331 12-38N 08-02W 293 291 298 321 345 363 365 367 367 356 330 319 300 19-OON 12-56E *284 •286 •281 •275 288 •287 305 •328 •300 *287 •294 •292

70 05-53S 29-1 IE *342 •338 •341 •340 •332 •324 •309 •318 •327 •329 •337 •342 479 13-48N 09-OOE 287 284 287 295 310 342 332 359 351 315 296 292

27 08-30N 13-14W 375 373 375 381 383 381 381 379 384 381 383 374

4 06-21

N

02-23E 387 390 391 391 388 385 383 382 386 387 391 387 82 00-43S 10-13E 382 384 386 388 384 370 361 361 372 381 383 380

314 04-15S 15-14E 369 366 369 370 367 352 345 341 350 361 366 369

594 04-15N 1,5-48E 338 338 350 353 355 354 350 353 354 351 351 339

3 04-37S 55-27E 381 381 383 385 382 375 373 372 374 377 379 383

58 06-52S 39-12E 377 376 379 382 371 359 357 353 360 365 374 377

1, 146 00-03

N

32-27E 321 318 324 324 325 320 319 319 320 319 319 320

1,153 10-41S 35-40E 319 319 321 317 305 297 293 291 294 291 299 312

2, 326 15-17N 38-55E 241 243 •252 •254 •251 •262 •269 273 258 •251 262 253

997 17-49S 25-49E 329 278

1,385 10-12S 31-08E 313 310 311 305 294 283 278 277 275 274 289 311

1, 472 17-50S 31-OlE 304 304 300 290 280 274 268 268 269 300 291 301

15 14-57S 40-40

E

•385 •384 386 378 360 355 357 •357 362 •353 •373 •378

46 15-22S 12-09E 354 360 358 354 •349 •348 •339 341 345 •351 •347 •344

49 33-58S 18-36E 339 342 339 326 334 330 331 328 329 331 331 334

22 28-37S 16-29E 342 345 340 333 332 326 326 328 326 330 334 338

23 37-03S 12-19W 344 347 341 338 333 330 330 328 328 329 334 341

22 46-51

S

37-52E 317 318 319 317 314 314 314 315 314 315 314 314

124 33-028 27-52E 352 354 352 340 334 322 320 322 334 341 342 341

1,066 26-34S 18-08E 273 290 292 280 273 272 271 266 265 265 268 272

1,704 26-08S 28-14E •285 •287 285 •271 •262 •259 •258 •254 •266 •273 •279 •283

4 12-49S 45-18E 388 386 389 386 380 370 367 368 371 371 378 388

8 25-02S 46-58E 375 371 370 366 355 350 349 349 347 358 369 369

12 49-20S 70-lOE •311 •311 314 •313 •314 •309 •309 312 •309 •309 •308 •311 28 37-50S 77-34E •336 •336 •337 •334 332 •328 331 *330 329 •330 334 •340 29 12-17S 49-18E 381 380 383 374 364 356 351 349 349 357 368 379

1,309 18-54S 47-32E 310 310 313 305 298 292 291 290 291 293 303 310

4 73-30N 21-34W 317 320 319 316 314 317 317 •317 311 309 314 312

48 68-42N 52-52W 311 312 312 309 310 314 317 316 310 306 308 307

77 60-03N 43-12W 304 307 307 309 313 317 316 317 312 307 308 304

9 78-04N 13-38E 309 312 312 313 314 316 320 319 315 311 310 310

14 74-31N 19-OlE 309 310 312 313 315 317 321 320 317 313 313 310

18 64-08N 21-57W 311 313 312 312 314 318 324 326 316 314 314 309

26 62-03N 06-45W 317 318 320 322 323 327 331 331 327 322 325 317

19 69-42N 19-OlE 308 310 311 313 315 321 324 327 320 314 313 309

96 59-56N 10-44

E

308 309 308 308 314 320 328 328 323 316 312 310

6 55-38N 12-40E 315 315 315 316 320 328 333 334 330 328 321 319

58 60-19N 24-58E 311 310 311 310 316 322 334 336 328 320 315 312

180 67-22N 26-39E 308 310 306 304 306 309 316 321 315 309 307 309

5 51-28N 00-19W 320 317 317 318 316 319 336 337 327 329 324 323

5 58-13N 06-20W 319 318 318 323 324 328 334 333 328 325 326 319

14 51-56N 10-15W 321 319 322 324 324 332 338 337 335 331 325 324

3 43-27N 05-13E 318 314 318 320 326 335 338 340 337 329 322 321

103 48-27

N

04-25W 320 317 319 322 327 333 338 338 337 332 323 325

100 50-48N 04-21

E

316 313 316 318 326 326 339 338 335 [330] 322 320

669 47-23N 08-33

E

297 295 296 298 306 313 319 316 316 310 302 299

49 52-29N 13-24E 314 312 312 327 318 326 334 333 [325] 325 319 317

437 47-48N 13-00

E

300 299 301 305 308 319 326 324 321 312 305 302

235 48-42N 21-16

E

308 306 308 308 317 332 336 331 325 318 314 315

139 44-48N 20-28

E

313 311 311 313 325 339 339 333 329 324 316 315

120 45-28N 09-17E 314 311 315 319 327 341 337 346 341 331 320 317

131 41-48N 12-36E 314 316 317 320 330 334 335 333 334 329 321 319

15 16-53N 24-59W 348 343 345 349 355 361 369 371 379 372 365 353

61 38-32N 28-38W 334 330 333 334 341 350 355 357 356 346 337 338

103 38-46N 09-09W 325 321 327 323 328 332 335 339 337 331 328 327

110 32-38N 16-54W 327 326 328 330 338 346 353 351 351 344 338 332

601 40-28N 03-34W 298 294 294 294 300 305 301 301 305 305 302 300

75
Table 8—Continued

station

Iraklion. Thessalonika.

Nicosia Izmir - Diyarbaliir--- Bahrain Aden

Muscat

Shaiba (Basra)

.

Habbaniya

Karachi Lahore Peshawar

Dalbandin Masulipatnam_

Calcutta (Alipore). Bombay (Colaba)

,

Dwarlca Mangalore Dhubri

Dibrugarh_

AgraJodhpur___

Sagar Bangalore.

.

Colombo

Leh

Rangoon

Victoria Point. Mandalay

Bangkok

Chiang Mai

Battle Island Saigon Cocos Keeling Is... Djakarta

Ambon

Morotai Malacca Zamboanga.

Basco Manila

Surigao Port Blair. Onslow

Townsville Thursday Island.... Rockhampton

Broome

Darwin

Brisbane Sydney

Adelaide Melbourne.

Perth _. Bourke

Forrest __. Western Junction.

Charleville Georgetown

Halls Creek.. Meekatharra.

Alice Springs. Dunedin

Christchurch. Auckland

Wellington Apia Canton Island. Wake Island... Raratonga Is. Heard Is Madang

Macquarie Is. Rabaul Rapa Iti Island. Midway Island. Mawson

Campbell Is

Region

Crete Is.. Greece Cyprus

Turkey.

Turkey

Arabian Pen., Arabian Pen.. Arabian Pen..

Iraq

Iraq. West Pakistan West Pakistan West Pakistan West Pakistan

India

India

India

India

India. _ India

India

India.. _-_ India

India

India Ceylon Kashmir Burma

Burma

Burma

Thailand

Thailand Viet-nam

Viet-nam

Indonesia .-

Indonesia Indonesia

Indonesia Malaya

Philippines Batan Island.. Philippines

Philippines Andaman Is... Australia

Australia

Australia

Australia

Australia

Australia..

Australia Australia

Australia

Australia Australia

Australia.. Australia Tasmania

Australia

Australia

Australia

Australia

Australia New Zealand... New Zealand... New Zealand... New Zealand... Samoa West...

South Pacific. North Pacific. South Pacific... Indian Ocean..

Terr, of New

Guinea. South Pacific... New Britain Is South Pacific. North Pacific.

.

Antarctica South Pacific...

Elev. Mtrs.

Lat. Long. Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov. Dee.

48 35-21

N

25-08E 323 320 321 323 335 339 341 346 343 338 330 325

71 40-34N 23-OOE 318 314 316 320 333 337 338 336 333 332 324 317

218 35-09N 33-17E 316 314 315 315 320 327 324 337 334 325 322 319

25 38-24N 27-lOE 318 318 316 320 329 323 336 334 320 331 326 321

653 37-55N 40-12E 294 •294 294 298 299 291 286 289 277 298 297

2 26-16N 50-37E 336 341 342 348 358 368 377 392 386 371 354 346

4 12-50N 45-01

E

365 366 372 381 385 386 381 379 377 372 368 370

6 23-45N 58-35

E

•343 •343 •352 356 352 375 396 396 384 363 358 349

19 30-25N 47-39E 329 329 •324 343 329 319 320 323 326 322 332 334

45 33-22N 43-34E 322 317 319 319 313 304 303 307 313 314 323 322

4 24-48N 66-59E 326 338 356 371 385 395 395 392 386 369 351 331 214 31-27N 74-26E 315 313 318 313 310 330 368 371 357 335 321 315

358 34-OlN 71-35E 302 302 311 312 312 299 344 351 330 309 304 300

849 28-54N 64-26E 290 279 280 275 268 266 277 271 264 267 276 281 3 16-11

N

81-08E 360 367 373 388 389 378 387 384 388 390 368 oDU

6 22-32N 88-20E 338 339 347 368 382 389 395 397 395 381 348 341

11 18-64N 72-49

E

346 348 362 371 378 387 390 388 381 379 360 352

11 22-22N 69-05E 335 388

22 12-52N 74-51

E

359 365 370 374 379 387 386 387 382 383 369 354

35 26-OlN 89-59E 341 333 340 360 381 392 395 397 395 380 355 346

106 27-28N 94-55E 338 340 342 356 368 382 389 390 387 369 349 340

169 27-lON 78-02

E

305 375

224 26-18N 73-01

E

302 292 293 285 297 340 360 368 353 311 298 304

551 23-51

N

78-45

E

297 287 285 281 292 332 365 363 352 308 294 296

921 12-58N 77-35E 305 313 297 315 328 333 332 329 327 334 316 307

7 06-54N 79-52

E

371 374 382 387 392 387 382 382 382 385 378 376 3,514 34-09N 77-34E 204 202 201 201 199 199 206 208 202 198 199 202

17 16-46N 96-lOE 343 354 368 375 386 392 393 •391 389 387 372 351 47 09-58N 98-35

E

368 377 377 384 392 390 389 •388 386 388 •376 369

77 21-59N 96-06E 336 336 339 349 372 376 373 380 381 380 •368 345

16 13-44N 100-30E 368 379 386 393 394 386 392 392 395 391 380 365

314 18-47N 98-59E 340 338 342 349 369 376 376 378 379 374 364 345

7 16-33N 111-37E •363 369 384 392 403 404 393 394 394 388 376 371

10 10-49N 106-40E 362 361 369 377 385 387 385 385 386 384 376 371

5 12-05S 96-53

E

371 382 369 370 381 378 376 373 371 379 371 370

8 06-1 IS 106- 50E 384 383 384 385 388 383 377 377 376 376 380 377

12 03-42S 1 28-05

E

373 380 373 375 384 379 380 •379 376 •381 •375 •389

15 02-03N 128-19E 383 384 388 383 383 385 378 376 388 383 380 387

45 02-12N 102-16E *355 •358 365 •373 •374 •370 •359 •368 367 367 •368 •360

g 06-54N 122-04E 379 376 380 381 386 385 383 384 383 384 384 378

11 20-27N 121-58E 362 361 372 381 389 392 392 394 391 382 373 363

15 14-31N 121-OOE 368 368 366 368 370 386 386 388 386 387 379 381 22 09-48N 125-30E 386 384 385 386 389 388 389 385 388 387 389 389

79 11-40N 92-43E 365 366 366 371 385 388 385 386 384 385 380 370

4 2 1-40 S 115-07E 350 355 356 339 336 332 324 320 321 317 325 333

4 19-15S 146-46E 378 374 369 363 351 341 335 337 340 357 362 368

6 10-35S 142-13E 387 389 391 387 382 375 374 366 366 378 378 384

10 23-23S 150-29E 368 366 364 356 340 335 331 328 340 348 354 359

19 17-57S 122-13E 375 383 369 369 330 320 321 323 324 346 358 368

27 12-26S lO\J Oil 1^ 383 381 382 376 362 343 341 345 354 377 375 384

41 27-28S 153-02E 348 357 359 348 331 326 322 323 329 331 336 345

42 33-52S 151-12E 346 353 350 337 327 321 320 319 323 324 324 341

43 34-56S 138-35E 318 320 322 322 322 323 323 320 318 315 314 315

44 37-49S 144-58E 328 336 332 325 323 322 319 319 320 320 320 322

60 31-57S 115—49E 331 342 330 326 329 327 326 325 323 325 325 325

110 30-fl6S 145-56E 316 335 328 321 318 316 315 315 310 314 310 314

160 30-518 128-06E 315 315 321 318 321 322 318 315 315 309 310 313

174 41-33S 147-13E 322 319 320 322 319 314 313 316 314 316 315 314

299 26-25S 146-17E 333 305 302 18-1 7S 348 357 344 334 325 316 319 316 312 326 329 331

430 18-15S 127-38E 320 326 312 306 296 289 288 284 281 285 310 311

511 26-36S 118-29E 288 293 295 296 297 306 300 299 288 287 278 284

546 23-48S 133-53E 281 285 282 291 282 286 290 282 280 292 278 284

2 45-52S 170-32E 330 329 331 329 323 320 319 318 320 319 321 323

g 43-32

S

172~37E 333 338 338 333 329 324 324 324 325 321 321 327

76 36-51

S

174-46E 341 346 344 333 340 333 328 330 328 .327 330 335

119 41-17S 174-46E 330 339 337 332 327 321 320 323 324 321 328 330

2 13-48S 1 71-47W 388 388 388 391 384 384 370 379 380 384 384 388

3 02-46S 171-43W 374 373 378 382 378 378 380 376 374 373 374 368

4 19-17N 166-39E 358 360 365 369 373 380 381 386 382 382 376 367

5 21-12S 159-46W 377 383 386 379 368 365 364 360 355 362 368 377

5 53-06S 72-31

E

314 •316 •316 •315 312 •309 •309 •311 •308 310 310 313

6 05-13S 145-48E 382 383

6 54-30S 158-57E 319 317

6 04-13S 152-1 IE 390 386 387 389 388 385 381 379 385 383 387 386

6 27-35S 144-1 7W 369 343

13 28-13N 177-22W 364 365 365 3R8 371 389 402 403 402 392 379 378

14 67-36S 62-53E •296 •301 300 •303 305 •306 •306 •308 •302 •300 •301 •300

23 52-32S 168-59E 325 323 325 322 322 316 317 319 318 320 318 322

76
Table 8—Continued

station

Rotuma Is.

Port Moresby. -- Raoul Is Leningrad Okhotsk

Ostrov Chetyrekhstolbovoy. Mys Schmidt Bukhta TiksL... Arkhangeisk

Mys Cheliuskin.. Malyyp Kar- makuly.

Fort Shevchenko.

Ostrov Dikson Khatanga

Simushir -. Ust-Tsilma

B. Elan

Surgut

Berezovo..-

Tallin Murmansk.

Chokurdakh

Odessa Chimbay

Petropavlovsk Na

Kamchatke. Khabarovsk

Kaunas..

Yeniseysk

Omsk

Blagoveshchensk. Verkhoyansk

Vladivostok.. Moskva

Zhana Semey. Armavir Ashkhabad

Sverdlovsk. Abakan

Kirensk Lvov

Balkahash..

Tashkent...

Irkutsk

Saratov Karaganda.

Chita Chulman... Alma Ata.

.

Region Elev. Mtrs.

Lat. Long. Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov. Dec.

South Pacific 26 12-30S 177-05E 384 386 389 385 386 384 379 378 378 381 380 385 Papua Island 30 09-26S 147-13E 378 378 373 380 374 370 365 365 365 367 374 372 South Pacific 49 29-15S 177-55W 349 352 353 347 343 335 332 332 334 335 340 346 USSR 4 59-68N 30-18E 311 311 313 313 320 326 333 339 326 1') 320 314 USSR 6 69-22N 143-12E 320 (1) USSR 6 70-38N 162-24E 326 330 324 321 315 317 318 316 316 (') 317 328

USSR 7 68-55N 179-29W 327 327 324 320 314 317 319 318 315 (') 319 327 USSR 8 71-36N 128-55E 335 330 332 318 314 315 316 318 312 (1) .327 325 USSR 13 64-35N 40-30

E

313 310 315 0 315 322 325 336 327 f) 313 307 USSR 13 77-43N 104-17E 329 330 330 322 316 314 320 318 313 (') 326 330 USSR 16 72-23N 52-44

E

312 317 321 314 311 318 324 324 316 (') 314 311

USSR 20 44-33

N

50-15E 317 316 315 319 327 341 346 340 316 (') 315 319 USSR 20 73-30N 80-14

E

330 327 319 314 310 320 323 314 (1) 321 319 USSR 24 71-59N 102-28E 336 (1) USSR 26 46-51

N

151-52E 310 (') USSR 27 65-27N 62-lOE 316 312 317 310 313 330 308 USSR 31 46-55N 142-44

E

313 314 323 310 315 327 340 339 332 (') 311 312 USSR 43 61-15N 73-30E 315 331 (') USSR 43 63-56N 65-03E 318 318 318 311 311 322 337 325 (') 315 313 USSR 44 59-25N 24-48E 311 308 312 313 321 327 334 337 326 (1) 317 310 USSR 46 68-68N 33-03E 308 310 310 316 322 326 (') USSR 48 70-37N 147-53E 335 336 326 317 313 316 320 316 (') USSR 64 46-29N 30-38E 313 315 313 319 329 338 340 332 334 (1) 322 314 USSR 66 42-57N 59-49

E

313 310 312 315 316 316 330 329 325 (') 313 315 USSR .. . 70 62-58N 158-45E 302 303 302 302 307 317 326 330 324 (') 301 303 USSR 72 48-31N 135-lOE 317 313 308 307 311 330 352 341 326 (1) 308 313 USSR 75 54-53N 23-53

E

311 309 310 314 324 327 335 336 326 (') 314 313 USSR ... 78 58-27N 92-09E 322 319 314 306 307 322 336 336 321 (') 312 310 USSR... 94 54-56N 73-24E 319 312 314 311 309 316 338 335 322 (>) 310 311 USSR... 137 50-16N 127-30E 314 0) USSR 137 67-33N 133-23E 351 344 335 309 302 309 318 313 306 (1) 335 338 USSR... . 138 43-07N 131-54E 309 .308 304 305 316 332 351 350 328 (') 308 313 USSR 156 55-45N 37-34

E

307 304 305 308 311 322 327 329 322 (') 311 307 USSR. 206 50-2 IN S0-15E 312 309 311 311 312 314 333 315 301 (') 310 30S USSR... . 208 44-59N 41-07E 309 310 311 314 321 333 322 326 (') 316 311 USSR 230 37-58N 58-20E 308 304 309 317 300 308 305 301 291 0) 311 USSR... .. . ... 237 56-48N 60-38E 308 305 306 298 304 308 313 313 (') 305 302 USSR.. 245 53-45N 91-24E 317 312 310 304 308 319 329 332 (1) USSR. 261 57-46N 108-07E 323 316 309 302 307 322 321 (') USSR . 325 49-49 N 23-57

E

305 303 303 307 320 318 331 329 321 (') 311 304 USSR 423 46-54N 75-00

E

297 301 301 299 302 306 (') USSR. .. . . 428 41-16N 69-16E 302 295 301 315 306 305 302 301 296 fO 303 303 USSR 437 52-16N 104-21

E

310 306 301 291 300 306 315 316 (') USSR 512 51-34N 46-02

E

298 293 297 299 300 318 318 308 301 (') 299 297 USSR . . . 555 49-48N 73-08E 298 (') USSR 662 52-03N 113-29E 305 298 290 282 281 299 310 307 {') USSR 664 56-50N 1 24-52

E

320 306 299 288 291 307 (') USSR 847 43-14N 76-56E 288 284 290 294 294 298 301 294 283 (1) 287 286 A 62-OON 33-OOW 308 315 313 316 317 324 327 325 321 315 313 307 B 56-30N 51-OOW 310 311 313 313 319 322 327 326 321 315 312 310 C. 52-45N 35-30W 319 315 316 322 323 329 335 334 331 324 320 316 D 44-OON 41-OOW 328 324 326 330 335 342 358 360 349 337 330 331 E 35-OON 48-OOW 335 336 339 342 353 366 374 375 369 358 350 347 H 36-OON 70-OOW *333 •326 330 341 •347 362 382 •370 367 •346 335 •348

I 59-00

N

19-OOW 315 315 316 319 321 327 331 331 326 320 319 316 J 52-30N 2O-0OW 323 319 322 324 326 333 338 338 333 328 326 320 K 45-OON 16-OOW 330 322 328 330 336 342 360 350 346 339 331 333 M 66-OON 02-OOE *312 •314 316 •318 321 322 •324 324 315 318 312 N ... . 31-OON 140-OOW 341 340 336 339 341 346 350 351 351 349 346 345 P 50-OON 145-OOW *316 319 320 318 325 329 334 •338 •337 324 325 317 Q 43-OON 167-OOW •314 316 321 322 328 336 350 •352 •343 327 321 •318 S 48-OON 162-OOE •304 •309 309 310 317 322 330 •334 •334 323 •310 •309 T 29-OON 135-00

E

•331 334 341 342 358 379 389 •390 •380 365 •351 •335 U 27-40N 145-OOW •351 349 343 344 350 348 •351 •353 •354 358 •348 •346 V 34-OON 164-OOE 329 332 336 341 352 359 381 383 371 370 356 339 X 39-OON 153-OOE •319 310 318 328 •334 345 366 372 •356 339 •324 •323

PSEUDO-SHIPS

A' 25N 45W 362 382 B' 15S low 368 356 C 55S OOW 310 309 45N 180W 316 337 E'. 45N 150W 321 344

F' 30S HOW 373 349 G'.. 40S lOOW 347 331 H' fiOS HOW 309 30S

I'.. - 50S 120E 317 313

77
Table 8—Continued

station

Fukuoka. _ Tokyo

Wajima

Hakodate -- Abashiri Ishinomaki

Region

J'. K

L' Japan-.

Japan..

Japan..

Japan..

Japan.. Japan..

3V.

rs. Lat. Long. Jan. Feb. Mar. Apr. May June July Aug. Sept. Oct. Nov Dec

lOS 70E 393 381 ION 130W 385 394 15S lOOW 375 363

4 33-35N 130-23E 317 316 320 329 340 357 379 379 363 339 332 319

6 35-41N 139-46E 308 308 314 326 336 351 369 372 359 338 321 312

7 37-23N 136-54E 316 315 317 323 316 349 369 373 356 336 325 319

35 41-47N 140-43E *3U *310 •310 •316 324 337 358 362 340 324 •316 311

39 44-01

N

144-17E 309 309 309 310 316 327 343 348 335 321 311 309

45 38-26N 141-19E *310 •310 •310 316 330 345 •369 374 348 •333 •320 •314

SITFPLEMENT

319 Chatham Islands... So. Pacifle.

.

49 43-58S 1 76-33

W

336 337 336 334 329 323 322 321 321 325 330

320 Noumea. New Caledonia 70 22-16S ] 66-27

E

365 371 365 364 352 350 342 342 345 348 353

321 Norfolk Island So. Pacific. .. ... 110 29-03S 167-56E 362 338

' No data. •Three years or less of data.

78
12. Appendix III. N(h) Data and Charts for the United States

Average values of AA^ were obtained for the 43 U.S. weather stations listed

in tables 9 and 10 by converting the mean values of pressure, temperature,

and humidity at ground level and at one kilometer above the ground. Charts were then derived for each time of radiosonde (local time corresponding to 0300 and 1500 GMT) for estimation of AN at any point in the country. These

charts are given on figures 94-117. All data represent the mean of the period

1946-1951.

The 24 charts of —AA^ presented in appendix III fall into two distinct

groupings; one composed of the charts for 0300 GMT (2200 EST) and the

other for the 1500 GMT (1000 EST) sequence. The two series exhibit a

similar seasonal variation, while the most significant difference between the

two lies in the greater changes in — AA^ across the country for the 0300 GMT

charts, particularly during the warmer months, reflecting the greater degree

of temperature and humidity stratification common to the lower atmosphere

at the time of the evening radiosonde observation.

During the winter season, regions of —AA'^ greater than 40 A^ units/km

(the value for the so-called "4/3 earth") are confined in the eastern United

States to the Gulf and Atlantic coastal plain from the Balcones Escarpement in Texas to Chesapeake Bay and in the west to a narrow strip of territory running

from northern Washington to south central Arizona.

In the summer season, however, the 40 A^ unit/km isopleth extends to the

western reaches of the Great Plains. Considerable packing of the —AN

isopleths is in evidence across the southern United States and on the Pacific coast due to the normal gradation from maritime to continental climate.

The 40 A^ unit/km isopleth of the west coast, on the other hand, remains fairly

static throughout the course of the seasons, corresponding to the climatic

barrier formed by the Sierra Nevada, Cascade, and Coast Ranges of the western

Cordillera. Again, the packing of the —AA^ isopleths is greater on the 0300

GMT charts than on the 1500 GMT sequence. A maximum —AN isopleth

of 75 N units/km is observed on the 0300 GMT chart for the month of July.

Mean values of temperature, humidity, and height were obtained for each

of the mandatory pressure levels (1000 mb, 950 mb, 900 mb, 850 mb, . . . ) reported at the 43 radiosonde observatories used in this study. These means

for the period 1946-1951 were then converted into means of A'^ and are reported

in table 11.

557429 O - 60 - 6
Table 9.

Six year average values of — AA^ surface to one

kilometer above the surface for 0300 GMT

Albany, N.Y

Albuquerque, N. Mex

Atlanta, Oa

Big Spring, Tex..- Bismarck, N. Dak_

Boise, Idaho

Brownsville, Tex.

Buffalo, N.Y

Caribou, Maine. _ Charleston, S.C.- Dodge City, Kans_. El Paso, Tex

Ely, Nev

Glasgow, Mont

Grand June., Colo.

Great Falls, MontGreensboro, N.C...

Hatteras, N.C.

Int'l. Falls, Minn .

.

Joliet, 111 Lake Charles, La.

Lander, Wyo

Las Ve?as, Nev...

Little Rock, Ark_. Medford, Oreg Miami, Fla

Nashville, Tenn

North Platte, Nebr. Oakland, Cahf Oklahoma City, Okla Omaha, Nebr

Phoenix, Ariz

Pittsburi;h, Pa

Portland, Maine.. .. Rapid City, S. Dak. San Antonio, Tex... Santa Maria, Calif.. Sault Ste. Marie, Mich

Spokane, Wash

Tampa, Fla Tatoosh Is., Wash.

Toledo, Ohio Washington, D.C..

36.2

29.4

37. 5 36.3

39 0 38.

34,9 46.2

36,1 37.2

42, 3 43

37,3

32,2

32.2

37.4

32.5

32.7 38.5

45. 2 38.8

38.9

50.6

38. 36.

1

45.4

36,4

28.4

38.0

36.

1

.1

36.0

52.3

36.2

37.

1

.2

36.0

30. 1 31.5

3633.2

31.8

37.7

45.5

37.7

38. 2

37.4

42.8

31.6

33. 8 32. 2 28. 8 27 37.2

40. 1

46.7

30.9

38.6

40.3

50.9

.3 36.5

45.2

6 39

38. 4 38. 5

37. 8 37. 0 40.0 35.8

37.3

34.7

35.7 49.6

36.0

36.

1

48.4

40.5

32.3 36.5

40. 5

36.

1

36.7

34.3

38.3

49.0

36. 1, 36.4

50.5

41.4 38.0

36.4

26, 39.3

34.1 36.9

34. 56.8 37.6

36.8

45.2

36.5

26. 30.4

35.4

31.0

32.2

39.1 46.7

35.7 39.0

6 26,

52.2

30.

38, 37.9

37. 7

37.4

37.4 35.8

7 42.0 34,6

37,7

34,3

64,5 38.2

37.8

52.2

37.5

26.3

29, 33,5

29,8

30,6

40,9

51,7 35.8

40.4

38. 4 42.

1

55.8

29. 6

42. 1 37.4

53.3 52.6

39. 2 40. 9 49, 36. 3 36. 9

45. 5 47. 5

38.5

37.1

35, 36.3

38. 8 40. 1 34. 6 34.

1

40.5

47.7

36.9

36.3

53. 1

38.9

35.6

55.0

46.

1

26.8

46.0

40. 7

37. 6 44. 6

27.3

50.4 40.0

36.0

69. 8 73. 5 47.5

44. 4 62.4

40. 1 38.6

58.0

44.0 26.2

30.4

33

28, 6 39, 6 27,

31,2

.2 57,4 36.7 41.4

8 32.

61. 3 25.8

1 35.2

6 67,

59.3

0 40.2

50.

S.2

41.6

32.3

42.7

37.4

44. 4 47. 0

49. 6 49. 0

40.9 38.4

36. 3 38. 9

43. 6 39.4

40.6

34.7

59.0

49,

1

2752,2 37.0

49.9

8 36,

37, 8 39,

8

76, 7 49,5

48, 5 63,7

45,

1

29,1 28,0

45.9

35.3 31.5

8 41. 8 32.6

36.9

52.3

64. 5 42.0

46.8

2 35.4

21.4

53.4

33. 2 28. 8

60.0 50.5

47.4

55.0

54.0

0 34.0

45.4

43.6

47, 9 49. 42 2

46! 6 50. 8

6 38,

27,6

54,8

65,9' 46,4

50,

1

65.6

34.4

26.7 54.2

59.2

55.0

52.3 65.6

54.6

52. 7 38.6

48.3

46. 3 49. 6 47.0

49. 2 45. 5

6 53.7 36.6

46.9

41.4 74.3

49.9

47.2

63.8

47.2 34.2

32.3

47.5

37. 3 38.

8

39. 7 38.

1

39.2

67

45

44.8

58.0

4034.9

30. 8 28. 2

.. 5 36. 8

32. 6 31

32. 7

55. 5 66

48.9 51.8

67.0 31.6

26.0

56.0 29.3

61.0 53.6

50. 9 44. 9

52.7

55.4

42. 3 46.4 50.3

9 45. 3 43. 9 55.9

43,7

34.1 61.6 61.6

52.4

51.4

56.2

47. 8 48. 5 29.4 31.0

61.5

32.4 49.8

60.1 44.2

48.5

58.4

31.7 26.4

5036.4

61.0

47.0

50.2

7 44.0 47.0

41.8 36.

1

45,0

65, 6 63,

53,0

51,9 55,8 61.8 45

50.2

40.4

43.4

29.

1

47.2

40.3

31.0

29.4 36.2

32.5

38. 2 37.

1

28 2 43.0

36.8

37.6

37,6

52.2

38,0 61.4

44. 6 37.

1

41.4

53.0 38.2

0

38.

1

30.7

32. 36.0 32.5

32. 9 32. 5 45.9 41. 1 57.3

38. 45.2

50.8, 9 36.

54.3

32.

1

29.4

4 42.2

57.2

48. 8 46. 6 40.0

52.8

43.3

43.0

45.2

41.4

35.8

41.4

66.8

45.2

36.3

59. 8 55. 6

43.5

38.6

46.5

46.4

6

39.7

50.2

32.3

32

42.2 42.4

52.4

40. 38.1 49.2

39.7

43. 9 40. 1

29 3

40.0 36.9 37.4

36.2

52.5 36.4

36,9

42,3

3

32, 6 32,3

36.6

33.2

32.2

40.4

46.9

37.7

39.

1

46.2

31.4

32.7 40.8

41.2

49.7

6

37. 2 45.3

8 40,

39,8

38, 6 37.

8

44.8'

37. 4

;

43.2

36.4

38.0

35.5 34.6

39.6

52. 6

37.8

38.4

52.

1

42.4

40. 5 38. 8

39. 8 37. 7

40.6

51.0

35.7

36.4

49. 5

40.8

Table 10.—-Six year average values of — AN surface to one

kilometer above the surface for 1500 GMT

Albany, N.Y

Albuquerque, N. Mex

Atlanta, Ga

Big Spring, Tex...

Bismarch, N. Dak.

Boise, Idaho

Brownsville, Tex.

Buffalo, N.Y

Caribou, Maine..

Charleston, S.C... Dodge City, Kans.

El Paso, Tex

Ely, Nev

Glasgow, Mont

Grand June, Colo. Great Falls, Mont.

OreensVoro, N.C.

Hatteras. N.C

Int'l. Falls, Minn.

.Joliet, 111 Lake Charles, I^a.. Lander, Wyo

Las Vegas, Nev

Little Rock, Ark..

Medford, Oreg Miami, Fla

Nashville, Tenn

North Platte, Nebr

Oakland, CaUf

Pittsburgh, Pa

Portland, Maine... Rapid City, S, Dak

San Antonio, Tex.. Santa Maria, CaUf.

Sault Ste. Marie, Mich

Spokane, Wash

Tampa, Fla Tatoosh Is., Wash..

Toledo, Ohio Washington, D.C_.

{*)

30. 8 31. 2 38.0 38.2

40.0

35.

1

42.9

36.0

37.1 40.8

37.1 33.6

33.0

38.7

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126

Figure 6. Mean N,: August 0200 {Test Map).
557429

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Figure 8. Mean N,: February I4OO {Test Map).

127


Figure 13. No, February, 0600 local time.

Figure 14. No, February, 0800 local tiine. 130

Figure 17. No, February, I4OO local time.

Figure 18. No, February, 1600 local time. 132
Figure 19. No, February, 1800 local time.

Figure 20. No, February, 2000 local time. 133

Figure 24. No, May, O4OO local time.

135
Figure 25. No, May, 0600 local time.

Figure 26. No, May, 0800 local time. 136
Figure 27. N„, May, 1000 local time.

Figure 28. N„, May, 1200 local time. 137

139
Figure 33. No, May, 2200 local time.

Figure 34. No, August, 0000 local time.

140

Figure 37. No, August, 0600 local time.

Figure 38. No, August, 0800 local time.

142




Figure 47. No, November, 0200 local time.

Figure 48. Np, November, O4OO local time.

147
Figure 49. N„, November, 0600 local time.

Figure 50. No, November, 0800 local time. 148
Figure 51. No, November, 1000 local tiine.

Figure 52. No, November, 1200 local time.

149
I
Figure 55. No, November, 1800 local tiine.

Figure 56. No, November, 2000 local time.

151
Figure 57. No, November, 2200 local time.

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Hour of the Day Hour of the Doy FiGUHE 58. Annual and diurnal cycles of N,: Caribou, Me.

152
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Hour of the Day Figure 59. Annual and diurnal cycles of Ns: Washington, D.C.

MIAMI , FLORIDA

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Hour of the Day Figure 60. Annual and diurnal cycles of Ngi Miami, Fla. 153

SAN ANTON 10 , TEXAS

Hour of the Day Hour of tfie Day Figure 63. Annual and diurnal cycles of Ns: San Antonio, Texas.

BISMARCK, NORTH DAKOTA

"m m m lu stn m m it« nay july sept »v jmi f^cnth of the Year Month of the Year

^%aii om oaoo 1200 Koo 2D0O 2U0 ^°iioin ow o«m boo coo axo 2400 Hour of the Day Hour of the Day Figure 64. Annual and diurnal cycles of N,: Bismarck, N.D.
COLORADO SPRINGS, COLORADO

m m m m m M m m m ili ^ m m

Month of the Yeor Month of the Yeor

Hour of the Day Hour of the Day Figure 66. Annual and diurnal cycles of N,: Salt Lake City, Utah.
Fcbr uory

Max

-t?_ A

Min,

0600 1200 KOO Hour of the Day

August

oaoo eoo leoo Hour of the Day FiGUBE 67. Annual and diurnal cycles of Na: Tatoosh Island, Wash.

OAKLAND. CALIFORNIA

"jAN m lUr JULY SEFT NOV JIN '^M MAR MY XU SEFT NOV JAN Month of ttie Yeor f/ofith of the Year

Figure 68. Annual and diurnal cycles of Ns: Oakland, Calif.
SANTA MARIA, CALIFORNIA

JAH lUR m m SEPT NOV JM JAN MR HAY jaY SEPT WV M

Month of the Yeor Month of the Year

CARIBOU. MAINE
WASHINGTON. D.C.

P ot Nj > Ordinate Value P of > Ordinate Value

Figure 71. Cumulative probability distribution of Nsi Washington, D.C.

MIAMI. FLORIDA

Figure 72. Cumulative probability distribution of Ns: Miami, Fla. 159
JOLIET. ILLINOIS

FiGUBE 74. Cumulative probability distribution of N^: Nashville, Tenn.
SAN ANTDNIO. TEXAS

Fe brua OZOO n=2Z6 0800 n=223

=1400 n=226 =2000 n=226

BISMARCK. NORTH DAKOTA

390

3W

330

320

310

300

290

2)0

270

May 248" 248

OZOO n= 0800 n=

= 1400 n=248 =2000 n=248.

aoi 0.1 0.5 I 2 5 10 20 30 40 »« TOW 90 95 9« 90 9915 983 9&99 P of Nj > Ordinate Value

01 Oi I 2 5 K) 20 30 40 SO 00 TO aO 90 95 9( 99 9a5 90.9 n90 P of N, £ Ordinate Volue

001 0.1 tS I 2 5 10 20 30 40 SO 90 70 M 90 95 P of N, > Ordinate Value

ve mlter =Oi:uu n=zw

=0800 n=240 =1400 n=240 =2000 n=240_

n

aoi ai as 12 s n 20304osoeonao 90359099993399 99de P of N, > Ordinate Value Figure 76. Cumulative probability distribution of 'Ngi Bismarck, N.D.

161
COLORADO SPRINGS. COLORADO

0200 n=226 0800 n=225

1400 n = 226 2000 n = 226

M y

248 - 248

248 - 248

s

-0200 n = -0800 n = - 2 000 n =

s;~\ \

\

ss

0.01 01 0.5 I 2 5 10 20 30 40 50 60 70 80 90 95 P of N, > Ordmote Value

01 05 I 2 5 10 20 30 40 50 60 70 30 90 95 98 99 995 939 P of N, > Ordinate Value

A uc u; t c '200 n = 248

c)800 n = 248 <^ Cs,

S N

t

!0(X) n = 248 \\ \

\

s

-\ \ \

N

\

01 05 I 2 5 10 20 30 40 50 60 70 80 90 95 P of > Ordinate Volue

9 995 99 9 99 99 01 0.5 I 2 5 10 20 30 40 50 60 70 80 90 95 98 99 995 P of N, > Ordinate Value Figure 77. Cumulative probability distribution of Ns: Colorado Springs, Colo.

Figure 78. Cumulative probability distribution of Ns: Salt Lake City, Utah.
TATOOSH ISLAND. WASHINGTON

290

Fe bruary -02C n=242

0800 n = 255 I400n = 255 -2OC)0 n=255

Ml ai 0512 5 10 20 30 40 50 60 70 60 90 95 98 99 995 9^9 9999 P of Nc > Ordinate Value

uc us t

1 1 1 1 1 0200 n = 247

norvn « - o/i o — I400n = 248

1 r — < V

M ay

-c)2CX) >47 0800 n = 248

1400 n = 248 -2OC» n = S!48

\

\

01 05 I 2 5 2030405060T0 80 90 95 98 98 995 999 9999 P of N. > Ordinate Value

veiTibler 0200 n = 240 0800 n=240-

1400 n = 240 ?nnn n=?4n_

01 05 I 2 5 10 20 30 40 50 60 70 80 90 95 98 99 99 5 999 01 05 I 2 5 10 20 30 40 50 60 70 80 90 95 P of Nj > Ordinate Value)99,5 999 9999

Figure 79. Cumulative probability distribution of Ns: Tatoosh Island, Wash.

OAKLAND. CALIFORNIA

560 Febru

C

C3200 n=l97 )800 n = l97 400 n = l88

" .000 n = l95

0.01 0.1 O.S I 2 5 10 20 30 40 SO 60 TO 80 9 0 9 5 98 99995 99.9 99.99 P of N, > Ordinate Volue

ay 0200 n= 217 0800 n= 217

2 400 n= 214 000 n= 210

0.01 01 0.5 I 2 5 10 20 30 40 50 60 70 80 90 95 98 99 99.5 999 P of N, > Ordinote Volue

001 01 05 12 5 10 20 30 40 50 60 70 80 90 95 P of > Ordinate Value

995 999 9999 OS I 2 S 10 20 JO 40 SO 60 70 80 90 9 5 98 99 99 5 999 9999 P of Ns > Ordinate Value

Figure 80. Cumulative probability distribution of Ns: Oakland, Calif. 163
SANTA MARIA. CALIFORNIA

0.01 0.1 OS I ; 5 10 20 30 « so 60 ID go 90 % 98 99 995 999 9999 m 01 05 I 2 5 10 20 30 « SO GO 70 60 90 95 96 9S 905 999 999S P Of Nj > Ordinate Volue P of > Ordinate Value

001 0.1 05 I 2 5 n ZD 30.40 50 60 70 60 90 95 96 99 995 999 9999 001 01 05 I 2 S D 20 30 « 50 60 70 SO 90 95 98 99 9S5 999 9899 P of Nj > Ordinate Value P of N5 > Ordinate Volue Figure 81. Cumulative probability distribution of Ns: Santa Maria, Calif.

Figure 82. a (N,) : February, 0200 local time.
Figure 83. <r (Ns) : February, I4OO local time.

Figure 84. <t (Ns) : August, 0200 local time. 165

AVERAGE No - FEBRUARY

5574E9 O - 60 - 12

Figure 88. Worldwide No: August.

167
ANNUAL RANGE OF MONTHLY MEAN Ng

eO W 60 140 120 CO 60 60 40 20 W 0 E 20 40 60 80 100 120 140 160 E 180

eO W 160 140 120 100 80 60 40 20 W 0 E 20 40 60 60 100 120 140 160 E ISO

Figure 89. Annual range of N,.

MINIMUM MONTHLY MEAN

eO W 60 140 120 00 80 60 40 20 W 0 E 20 40 60 80 100 120 140 160 E 160

180 W 60 MO 120 100 60 60 40 20 W 0 E 20 40 60 80 100 120 140 160 E 180

168

Figure 90. Yearly minimum No.
eo W 60 140 r20 100 80 60 40 20 W 0 E 20 40 60 80 100 120 140 160 E 180

Figure 91. Year to year range of Ns: February.

eoweo 140 eo oo so 60- 40 zowoezo 40 eo so loo i20 mo isoeiso

BOW60 140 eo 100 80 60 40 20 W0E 20 40 60 80 100 120 MO I60EI80

Figure 92. Year to year range of Ns: August.
TYPE I MID-LATITUDE COASTAL WASHINGTON, D.C.

TYPE R

SUBTROPICAL - SAVANNA

MIAMI, FLORIDA

TYPE m

MONSOON -SUDAN

JODPHUR, INDIA

TYPE W. SEMI-ARID MOUNTAIN

DENVER, COLORADO

TYPE ¥ TYPE 21 CONTINENTAL -POLAR ISOTHERMAL EQUATORIAL

OSLO, NORWAY CANTON ISL, S. PACIFIC 0.

M J J AMJJASONDJ JFHAMJJASONDJ

Figure 93. Annual cycles of N, by climatic types.
Figure 94. —AN: January, 0300 GMT.

Figure 96. —AN: February, 0300 GMT.

171
Figure 97. —AN: February, 1600 GMT.

Figure 99. -AN: March, 1500 GMT.

Ill
Figure 102. -AN: May, 0300 GMT.

173
Figure 103. -AN: May, 1500 GMT.

Figure 104. -AN: June, 0300 GMT.
Figure 106. -AN: July, 0300 GMT.

Figure 108. -AN: August, 0300 GMT.

175
Figure 109. -AN: August, 1500 GMT.
FiouRE 112. -AN: October, 0300 GMT.

Figure 114. —AN: November, 0300 GMT.
Figure 115. — AN: November, 1500 GMT.

Figure 116. -AN: December, 0300 GMT.

Figure 117. -AN: December, 1600 GMT.

U.S. GOVERNMENT PRINTING OFFICE: 1960 O—557429