alea-institute/kl3m-data-sample-004-shuffled huggingface dataset:
§ 3930.10 General performance standards. The operator/lessee must comply with the following performance standards concerning exploration, development, and production: ( a ) All operations must be conducted to achieve MER;
( b ) Operations must be conducted under an approved POD or exploration plan;
( c ) The operator/lessee must diligently develop the lease and must comply with the diligent development milestones and production requirements at § 3930.30;
( d ) The operator/lessee must notify the BLM promptly if operations encounter unexpected wells or drill holes that could adversely affect the recovery of shale oil or other minerals producible under an oil shale lease during mining operations, and must not take any action that would disturb such wells or drill holes without the BLM's prior approval;
( e ) The operator/lessee must conduct operations to: ( 1 ) Prevent waste and conserve the recoverable oil shale reserves and other resources;
( 2 ) Prevent damage to or degradation of oil shale formations;
( 3 ) Ensure that other resources are protected upon abandonment of operations; and
( f ) The operator must save topsoil for use in final reclamation after the reshaping of disturbed areas has been completed.
<TABLE> <S> <C>

<ARTICLE> 5
<LEGEND>
THIS SCHEDULE CONTAINS SUMMARY FINANCIAL INFORMATION EXTRACTED FROM FINANCIAL
STATEMENTS AS OF SEPTEMBER 30, 1998 AND IS QUALIFIED IN ITS ENTIRETY BY
REFERENCE TO SUCH FINANCIAL STATEMENTS.
</LEGEND>
<MULTIPLIER> 1,000
       
<S>                             <C>
<PERIOD-TYPE>                   9-MOS
<FISCAL-YEAR-END>                          DEC-31-1998
<PERIOD-START>                             JUL-01-1998
<PERIOD-END>                               SEP-30-1998
<CASH>                                          10,677
<SECURITIES>                                    11,955
<RECEIVABLES>                                    8,176
<ALLOWANCES>                                       343
<INVENTORY>                                      4,745
<CURRENT-ASSETS>                                36,258
<PP&E>                                           2,970
<DEPRECIATION>                                   3,186
<TOTAL-ASSETS>                                  43,311
<CURRENT-LIABILITIES>                            4,814
<BONDS>                                              0
<PREFERRED-MANDATORY>                                0
<PREFERRED>                                          0
<COMMON>                                           198
<OTHER-SE>                                      38,122
<TOTAL-LIABILITY-AND-EQUITY>                    43,311
<SALES>                                         25,125
<TOTAL-REVENUES>                                25,125
<CGS>                                           10,948
<TOTAL-COSTS>                                   10,948
<OTHER-EXPENSES>                                     0
<LOSS-PROVISION>                                     0
<INTEREST-EXPENSE>                                   0
<INCOME-PRETAX>                                    819
<INCOME-TAX>                                      (49)
<INCOME-CONTINUING>                                  0
<DISCONTINUED>                                       0
<EXTRAORDINARY>                                      0
<CHANGES>                                            0
<NET-INCOME>                                       770
<EPS-PRIMARY>                                        0
<EPS-DILUTED>                                        0
        

</TABLE>
§ 3813.3 Provisions of the mineral patent. ( a ) Each patent issued under the Act of July 20, 1956, shall specifically name the discovered mineral deposit which had been reserved to the United States under the Act of July 17, 1914, and shall recite that, in accordance with the reservation in the land patent, the mineral patentee and its successors (or his heirs and assigns, if a person) shall have the right to prospect for, mine and remove the mineral deposit for which the patent is issued.
( b ) If, when it is determined that mineral deposit is subject to patenting under the mining laws pursuant to the Act of July 20, 1956, there is a subsisting mineral lease or permit covering such deposit, the mineral patent shall be issued subject to the mineral lease or permit for so long as rights under the lease or permit shall exist, the patentee being substituted for the United States as lessor or permittor and the patentee being entitled to all revenues derived subsequent to the issuance of patent from any such lease or permit.
(m)  “Rates” shall mean the payments for Project Water determined annually by the Contracting Officer in accordance with the then current applicable water ratesetting policies for the Project, as described in subdivision (a) of Article 8 of this Contract;

� Certain Articles appearing in the Existing contract have been omitted from the Draft contract.  Articles covering the same topic may not have the same Article number.

� Titles of Articles covering the same topic may change between the existing contract and the draft contract.

PAGE  

4
NASA LogoNTRSNTRS - NASA Technical Reports ServerSearchmore_vertCollectionsAboutNewsHelpLogin Back to ResultsResponse of Grape Leaf Spectra to Phylloxera InfestationDuring the 1993 growing season, leaf reflectance and chlorophyll concentrations were monitored with respect to phylloxera (root-louse) infestation in a Napa Valley (California) vineyard. Study plots were established in areas of severely infested, mildly infested, and uninfested sections of the vineyard. A handheld chlorophyll meter, measuring leaf transmittance of near-infrared and red light, confirmed that reduced foliar chlorophyll concentrations were symptomatic of phylloxera stress in the sample vines. Bidirectional reflectance measurements of green and near-infrared light, taken on fresh leaves with a laboratory spectrophotometer, were related to chlorophyll concentration but did not allow discrimination of mildly infested from uninfested vines.Document ID20020077949Acquisition SourceAmes Research CenterDocument TypeContractor Report (CR)AuthorsJohnson, Lee F.*(California State Univ. Seaside, CA United States)*Date AcquiredSeptember 7, 2013Publication DateMarch 1, 1999Subject CategoryLife Sciences (General)Report/Patent NumberNASA/CR-1999-208765NAS 1.26:208765A-9901226Funding Number(s)PROJECT: RTOP 233-01-04-05CONTRACT_GRANT: NCC2-975Distribution LimitsPublicCopyrightWork of the US Gov. Public Use Permitted.Available DownloadsNameType20020077949.pdfSTIcloud_downloadcontent_copyvisibilityRelated RecordsThere are no records associated with this record.visibility_offNo Preview Available
 No Fear Act | Freedom of Information Act | Office of the Inspector General | Agency Financial ReportsNASA Web Privacy Policy and Important Notices | NASA Guidelines for Quality of InformationDisclaimers, Copyright, Terms of Use | Accessibility | NASA OCIO | USA.gov | NASA.govContact Us | Site MapSTI LogoNASA Official: JoAnne R. Calhoun Site Curator: STI Compliance and Distribution Services Last Modified: September 12, 2024
§ 3802.2 Bond requirements. ( a ) Any operator who conducts mining operations under an approved plan of operations shall, if required to do so by the authorized officer, furnish a bond in an amount determined by the authorized officer. The authorized officer may determine not to require a bond where mining operations would cause nominal environmental damage, or the operator has an excellent past record for reclamation. In determining the amount of the bond, the authorized officer shall consider the estimated cost of stabilizing and reclaiming all areas disturbed by the operations consistent with § 3802.3-2(h) of this title.
( b ) In lieu of a bond, the operator may deposit and maintain in a Federal depository account of the United States Treasury, as directed by the authorized officer, cash in an amount equal to the required dollar amount of the bond or negotiable securities of the United States having a face and market value at the time of deposit of not less than the required dollar amount of the bond.
( c ) In place of the individual bond on each separate operation, a blanket bond covering hardrock mining operations may be furnished, at the option of the operator, if the terms and conditions as determined by the authorized officer are sufficient to comply with these regulations.
( d ) In the event that an approved plan of operations is modified in accordance with § 3802.1-5 of this title, the authorized officer shall review the initial bond for adequacy and, if necessary, shall require that the amount of bond be adjusted to conform to the plan of operations, as modified.
( e ) When a mining claim is patented, except for the California Desert Conservation Area, the authorized officer shall release the operator from that portion of the performance bond and plan of operations which applies to operations within the boundaries of the patented land. The authorized officer shall release the operator from the remainder of the performance bond and plan of operations (covering approved means of access outside the boundaries of the mining claim) when the operator has either completed reclamation in accordance with paragraph (f) of this section or those requirements are waived by the authorized officer.
( f ) When all or any portion of the reclamation has been completed in accordance with paragraph (h) of § 3802.3-2 of this title, the operator shall notify the authorized officer who shall promptly make a joint inspection with the operator. The authorized officer shall then notify the operator whether the performance under the plan of operations is accepted. When the authorized officer has accepted as completed any portion of the reclamation, he shall reduce proportionally the amount of bond with respect to the remaining reclamation.
NASA LogoNTRSNTRS - NASA Technical Reports ServerSearchmore_vertCollectionsAboutNewsHelpLogin Back to ResultsNew laser materials for laser diode pumpingThe potential advantages of laser diode pumped solid state lasers are many with high overall efficiency being the most important. In order to realize these advantages, the solid state laser material needs to be optimized for diode laser pumping and for the particular application. In the case of the Nd laser, materials with a longer upper level radiative lifetime are desirable. This is because the laser diode is fundamentally a cw source, and to obtain high energy storage, a long integration time is necessary. Fluoride crystals are investigated as host materials for the Nd laser and also for IR laser transitions in other rare earths, such as the 2 micron Ho laser and the 3 micron Er laser. The approach is to investigate both known crystals, such as BaY2F8, as well as new crystals such as NaYF8. Emphasis is on the growth and spectroscopy of BaY2F8. These two efforts are parallel efforts. The growth effort is aimed at establishing conditions for obtaining large, high quality boules for laser samples. This requires numerous experimental growth runs; however, from these runs, samples suitable for spectroscopy become available.Document ID19910017207Acquisition SourceLegacy CDMSDocument TypeContractor Report (CR)AuthorsJenssen, H. P.*(Massachusetts Inst. of Tech. Cambridge, MA, United States)*Date AcquiredSeptember 6, 2013Publication DateDecember 1, 1990Subject CategoryLasers And MasersReport/Patent NumberNASA-CR-187786NAS 1.26:187786Accession Number91N26521Funding Number(s)CONTRACT_GRANT: NAG1-924Distribution LimitsPublicCopyrightWork of the US Gov. Public Use Permitted.Available DownloadsNameType19910017207.pdfSTIcloud_downloadcontent_copyvisibilityRelated RecordsThere are no records associated with this record.visibility_offNo Preview Available
 No Fear Act | Freedom of Information Act | Office of the Inspector General | Agency Financial ReportsNASA Web Privacy Policy and Important Notices | NASA Guidelines for Quality of InformationDisclaimers, Copyright, Terms of Use | Accessibility | NASA OCIO | USA.gov | NASA.govContact Us | Site MapSTI LogoNASA Official: JoAnne R. Calhoun Site Curator: STI Compliance and Distribution Services Last Modified: September 12, 2024
Exhibit 32



CERTIFICATION

PURSUANT TO SECTION
1350 OF CHAPTER 63 OF TITLE 18 OF

THE UNITED STATES CODE AS ADOPTED PURSUANT TO SECTION 906

OF THE SARBANES-OXLEY ACT OF 2002



I, Alfred R. Camner, Chief Executive Officer, and I, Humberto L. Lopez, Chief Financial Officer, of BankUnited Financial Corporation, a Florida
corporation (the Company), each hereby certifies that:



| | (1) |  | The Companys periodic report on Form 10-Q for the period ended June 30, 2004 (the Form 10-Q) fully complies with the requirements of Section 13(a) or 15(d), as
applicable, of the Securities Exchange Act of 1934, as amended; and
| | --- |  | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------



| | (2) |  | The information contained in the Form 10-Q fairly presents, in all material respects, the financial condition and results of operations of the Company.
| | --- |  | -------------------------------------------------------------------------------------------------------------------------------------------------------



|                        |  |  |  |                         |  |  |  | 
|----------------------- |  |  |  | ----------------------- |  |  |  | 
|CHIEF EXECUTIVE OFFICER |  |  |  | CHIEF FINANCIAL OFFICER
|                        |  | 
|/s/ Alfred R. Camner    |  |  |  | /s/ Humberto L. Lopez  
|Alfred R. Camner        |  |  |  | Humberto L. Lopez      
|                        |  | 
|Dated: August 13, 2004  |  |  |  | Date: August 13, 2004
1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

DAY ELEV

 499.67

 498.99

 500.33

 499.69

 500.75

 500.27

 501.16

 500.64

 500.10

 499.79

 500.80

 500.28

 499.78

 500.84

 500.33

 499.83

 499.32

 500.77

 500.40

 500.19

 501.18

 500.77

 500.33

 499.90

 499.46

 499.02

 500.51

 500.04

 499.61

 499.17

 498.76

 54,951

 54,225

 55,661

 54,972

 56,116

 55,596

 56,563

 55,997

 55,411

 55,079

 56,170

 55,607

 55,068

 56,214

 55,661

 55,122

 54,577

 56,138

 55,737

 55,509

 56,586

 56,138

 55,661

 55,196

 54,727

 54,257

 55,856

 55,346

 54,887

 54,417

 53,984

STORAGE

-710

-726

+1,436

-689

+1,144

-520

+967

-566

-586

-332

+1,091

-563

-539

+1,146

-553

-539

-545

+1,561

-401

-228

+1,077

-448

-477

-465

-469

-470

+1,599

-510

-459

-470

-433

CHANGE

7

-1

1,090

16

917

50

791

10

-3

120

841

5

21

870

13

22

18

1,077

57

142

798

30

17

23

19

22

1,063

-2

29

25

40

INFLOW

 363

 363

 363

 359

 338

 309

 301

 294

 291

 286

 289

 286

 291

 290

 291

 291

 292

 289

 258

 255

 253

 254

 256

 255

 255

 256

 257

 254

 259

 257

 257

POWER

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

SPILL

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

 0

OUTLET

 2

 2

 3

 4

 2

 3

 2

 1

 1

 1

 2

 3

 2

 2

 1

 3

 1

 1

 1

 2

 2

 2

 1

 2

 0

 3

 0

 1

 1

 5

 1

C.F.S.

UNITED STATES DEPARTMENT OF THE INTERIOR

U.S. BUREAU OF RECLAMATION-CENTRAL VALLEY PROJECT-CALIFORNIA

DECEMBER 2007 TULLOCH RESERVOIR DAILY OPERATIONS RUN DATE: 02/14/2008

RES.

EVAP

C.F.S.

COMPUTED*

ACRE-FEET

RELEASE - C.F.S. 

TOTALS -1,677 8,127 8,912 0 0 57

ACRE-FEET -1,677 16,120 17,677 0 0 113

SUMMARY

RELEASE (ACRE-FEET)

POWER 17,677

SPILL 0 17,677

 55,661

OUTLET 0

TOTAL 

NEW

MELONES

RELEASE (1)

 15

 14

 1,084

 15

 947

 37

 731

 14

 14

 121

 831

 18

 20

 878

 27

 27

 30

 906

 27

 14

 769

 15

 30

 27

 26

 30

 1,036

 16

 19

 26

 28

 7,792

 15,455

*COMPUTED INFLOW IS SUM OF CHANGE IN STORAGE, RELEASES, AND EVAPORATION.
1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

DAY ELEV

 503.96

 505.16

 504.00

 504.44

 506.41

 506.39

 507.21

 506.82

 506.42

 506.25

 505.99

 505.74

 505.39

 505.20

 505.08

 504.93

 504.19

 505.60

 506.12

 507.16

 507.43

 507.74

 508.36

 508.14

 506.53

 506.39

 506.99

 507.63

 507.99

 508.74

 508.25

 59,704

 61,095

 59,750

 60,259

 62,573

 62,549

 63,532

 63,062

 62,584

 62,382

 62,071

 61,777

 61,366

 61,142

 61,001

 60,826

 59,970

 61,613

 62,226

 63,471

 63,798

 64,174

 64,932

 64,661

 62,716

 62,549

 63,265

 64,041

 64,477

 65,400

 64,797

STORAGE

+102

+1,391

-1,345

+509

+2,314

-24

+983

-470

-478

-202

-311

-294

-411

-224

-141

-175

-856

+1,643

+613

+1,245

+327

+376

+758

-271

-1,945

-167

+716

+776

+436

+923

-603

CHANGE

2,696

3,384

2,047

3,027

3,864

2,269

2,540

1,828

1,711

1,784

1,872

2,012

2,005

2,126

2,181

2,199

1,958

3,382

2,882

3,187

2,731

2,750

2,947

2,420

1,703

2,625

3,070

3,138

2,950

3,153

2,353

INFLOW

 1,878

 1,879

 1,887

 1,879

 1,842

 1,786

 1,785

 1,803

 1,804

 1,806

 1,795

 1,775

 1,771

 1,770

 1,769

 1,769

 1,767

 1,730

 1,798

 1,802

 1,803

 1,803

 1,807

 1,793

 1,788

 1,784

 1,784

 1,790

 1,792

 1,794

 1,796

POWER

 594

 636

 651

 633

 660

 427

 192

 155

 54

 0

 121

 288

 285

 283

 332

 373

 484

 617

 622

 668

 673

 677

 685

 690

 676

 727

 762

 777

 784

 753

 692

SPILL

 166

 160

 180

 251

 188

 61

 60

 100

 94

 75

 107

 89

 148

 177

 143

 137

 134

 204

 148

 80

 83

 70

 61

 63

 208

 185

 151

 167

 143

 131

 158

OUTLET

 7

 8

 7

 7

 7

 7

 7

 7

 0

 5

 6

 8

 8

 9

 8

 8

 5

 3

 5

 9

 7

 10

 12

 11

 12

 13

 12

 13

 11

 10

 11

C.F.S.

UNITED STATES DEPARTMENT OF THE INTERIOR

U.S. BUREAU OF RECLAMATION-CENTRAL VALLEY PROJECT-CALIFORNIA

MAY 2005 TULLOCH RESERVOIR DAILY OPERATIONS RUN DATE: 10/26/2005

RES.

EVAP

C.F.S.

COMPUTED*

ACRE-FEET

RELEASE - C.F.S. 

TOTALS +5,195 78,794 55,829 15,971 4,122 253

ACRE-FEET +5,195 156,288 110,737 31,678 8,176 502

SUMMARY

RELEASE (ACRE-FEET)

POWER 110,737

SPILL 31,678 150,591

 59,602

OUTLET 8,176

TOTAL 

NEW

MELONES

RELEASE (1)

 2,597

 3,281

 2,068

 3,055

 3,693

 2,311

 2,578

 1,823

 1,732

 1,843

 1,936

 2,090

 2,133

 2,220

 2,276

 2,259

 2,087

 3,311

 2,951

 3,232

 2,812

 2,823

 2,978

 2,468

 1,729

 2,696

 3,185

 3,206

 3,066

 3,219

 2,403

 80,061

 158,801

*COMPUTED INFLOW IS SUM OF CHANGE IN STORAGE, RELEASES, AND EVAPORATION.
### §677u. Omitted

#### **Editorial Notes**

#### Codification

Section, act Aug. 27, 1954, ch. 1009, §22, 68 Stat. 877, which related to protection of minors, persons non compos mentis, and other members needing assistance, was omitted from the Code as being of special and not general application.
NASA LogoNTRSNTRS - NASA Technical Reports ServerSearchmore_vertCollectionsAboutNewsHelpLogin Back to ResultsA trajectory planning scheme for spacecraft in the space station environmentSimulated annealing is used to solve a minimum fuel trajectory problem in the space station environment. The environment is special because the space station will define a multivehicle environment in space. The optimization surface is a complex nonlinear function of the initial conditions of the chase and target crafts. Small permutations in the input conditions can result in abrupt changes to the optimization surface. Since no prior knowledge about the number or location of local minima on the surface is available, the optimization must be capable of functioning on a multimodal surface. It was reported in the literature that the simulated annealing algorithm is more effective on such surfaces than descent techniques using random starting points. The simulated annealing optimization was found to be capable of identifying a minimum fuel, two-burn trajectory subject to four constraints which are integrated into the optimization using a barrier method. The computations required to solve the optimization are fast enough that missions could be planned on board the space station. Potential applications for on board planning of missions are numerous. Future research topics may include optimal planning of multi-waypoint maneuvers using a knowledge base to guide the optimization, and a study aimed at developing robust annealing schedules for potential on board missions.Document ID19910007758Acquisition SourceLegacy CDMSDocument TypeThesis/DissertationAuthorsSoller, Jeffrey Alan*(NASA Ames Research Center Moffett Field, CA, United States)*Grunwald, Arthur J.*(NASA Ames Research Center Moffett Field, CA, United States)*Ellis, Stephen R.*(NASA Ames Research Center Moffett Field, CA, United States)*Date AcquiredSeptember 6, 2013Publication DateJanuary 1, 1991Subject CategoryAstronautics (General)Report/Patent NumberNASA-TM-102866NAS 1.15:102866A-90287Accession Number91N17071Funding Number(s)PROJECT: RTOP 506-47-31Distribution LimitsPublicCopyrightWork of the US Gov. Public Use Permitted.Available DownloadsNameType19910007758.pdfSTIcloud_downloadcontent_copyvisibilityRelated RecordsThere are no records associated with this record.visibility_offNo Preview Available
 No Fear Act | Freedom of Information Act | Office of the Inspector General | Agency Financial ReportsNASA Web Privacy Policy and Important Notices | NASA Guidelines for Quality of InformationDisclaimers, Copyright, Terms of Use | Accessibility | NASA OCIO | USA.gov | NASA.govContact Us | Site MapSTI LogoNASA Official: JoAnne R. Calhoun Site Curator: STI Compliance and Distribution Services Last Modified: September 12, 2024