nyuuzyou/wikis huggingface dataset:
Mineral wax

== Description ==
A series of high molecular weight hydrocarbons. Mineral waxes are relatively pure materials which have little to none of the alcohols or esters found in plant waxes and beeswax. Mineral waxes are generally obtained from the fractional distillation of petroleum, shale oil, lignite, or coal. Examples of purified mineral waxes are: paraffin, ceresin, microcrystalline, and petrolatum. These white, translucent materials are stable and unreactive.
== Synonyms and Related Terms ==
cera mineral (Esp.); cire minérale (Fr.); ozocérite (Fr.); olio minerale (It); 
Examples include: petroleum wax; paraffin; ozokerite; ceresin; ceresine; microcrystalline wax; Micro-Crystalline Wax; earth wax; Montan wax; Flexo Wax; Carbo Wax; Opalwax; Bareco; BeSquare; Petrolite; Cosmolloid; Multiwax; Renaissance Wax
== Physical and Chemical Properties ==
Soluble in mineral oil, chloroform, benzene and ether.
== Comparisons ==
== Resources and Citations ==
* R. J. Gettens, G.L. Stout, Painting Materials, A Short Encyclopaedia, Dover Publications, New York, 1966
* G.S.Brady, Materials Handbook, McGraw-Hill Book Co., New York, 1971 Comment: p. 567, 862
* Richard S. Lewis, Hawley's Condensed Chemical Dictionary, Van Nostrand Reinhold, New York, 10th ed., 1993
* Marie Svoboda, Conservation Survey Index, unpublished, 1997
* Art and Architecture Thesaurus Online, https://www.getty.edu/research/tools/vocabulary/aat/, J. Paul Getty Trust, Los Angeles, 2000
Category:Materials database
Mineral wool

== Description ==
A fibrous silicate material. Mineral wool was first obtained as natural fibers produced from volcanic craters, called Pele's hair. Synthetic mineral wool, called slag wool or rock wool, are produced by blowing air or steam through molten rock or slag. Mineral wool is used as fillers in thermal insulation and fireproofing materials. 
See also 
mineral fiber.
== Synonyms and Related Terms ==
mineral cotton; mineral wool; rock wool; rockwool; slag wool; stone wool. silicate cotton; silicate fiber; Pele's hair;fibra de vidrio, lana de vidrio(Esp.)
== Physical and Chemical Properties ==
* G.S.Brady, Materials Handbook, McGraw-Hill Book Co., New York, 1971 Comment: p. 513
* Wikipedia: http://en.wikipedia.org/wiki/Mineral_wool (Accessed Mar. 20, 2006)
Category:Materials database
Miniature Schnauzer, Dog

Source: The Historic Costume & Textiles Collection, The Ohio State University
001-04-25-11-BF-400X-air-dog miniature schnauzer	
{| Class="wikitable" border="1" style="border-collapse:collapse;"
Source 	animal
Accession Number 	none
Title 	Miniature Schnauzer, fiber, bright field, 400X
Image Identification information	001-04-25-11-BF-400X-air-dog miniature schnauzer
Image capture 	digital
Date of image capture 	04/25/11
Microscopist 	L. Crawford
Microscope 	Zeiss Axioplan
Mounting agent and RI 	air
Microscopic technique 	Brightfield
Fiber size 	medium fiber diameter
Scales 	scales apparent
002-04-25-11-DF-air-dog miniature schnauzer	
{| Class="wikitable" border="1" style="border-collapse:collapse;"
Source 	animal
Accession Number 	none
Title 	Miniature Schnauzer, dark field, 400X
Image Identification information	002-04-25-11-DF-air-dog miniature schnauzer
Image capture 	digital
Date of image capture 	04/25/11
Microscopist 	L. Crawford
Microscope 	Zeiss Axioplan
Mounting agent and RI 	air
Microscopic technique 	Darkfield
Fiber size 	medium fiber diameter
Scales 	scales apparent
003-04-25-11-POL-400X-air-dog miniature schnauzer	
{| Class="wikitable" border="1" style="border-collapse:collapse;"
Source 	animal
Accession Number 	none
Title 	Miniature Schnauzer, polarized light, 400X
Image Identification information	003-04-25-11-POL-400X-air-dog miniature schnauzer
Image capture 	digital
Date of image capture 	04/25/11
Microscopist 	L. Crawford
Microscope 	Zeiss Axioplan
Mounting agent and RI 	air
Microscopic technique 	Polarized light, fiber at maximum brightness
Fiber size 	medium fiber diameter
Scales 	scales apparent
004-04-25-11-DIC-400X-air-dog miniature schnauzer	
{| Class="wikitable" border="1" style="border-collapse:collapse;"
Source 	animal
Accession Number 	none
Title 	Miniature Schnauzer, differential interference contrast, 400X
Image Identification information	004-04-25-11-DIC-400X-air-dog miniature schnauzer
Image capture 	digital
Date of image capture 	04/25/11
Microscopist 	L. Crawford
Microscope 	Zeiss Axioplan
Mounting agent and RI 	air
Microscopic technique 	Differential interference contrast
Fiber size 	medium fiber diameter
Scales 	scales apparent
Category:FRIL
Category: FRIL: Dog Hair
Category: FRIL: Animal Fibers
Minicel

== Description ==
[Volek] A registered trademark for a cross-linked polyethylene foam manufactured by Sekisui Voltek, LLC. Like polyethylene foams, cross-linked polyethylene foams are durable and chemically stable, but are typically finer celled. PACCIN: Polyethylene Foams 
Minicel is a closed cell foam. It is an extremely fine-celled bun foam that has a smooth, consistent surface. Minicel has a tough and firm, yet elastic feel. Techincal Data: Minicel Type L Minicel has good thermal insulation, strength and shock absorption. It is impervious to mildew, mold, rot, and bacteria, as well as chemical resistance. Standard colors are natural-white and black.
Minicel is very buoyant and is commonly used in water recreation devices such as kayaks. Kayak Outfitting.com: Closed Cell Foam 
== Synonyms and Related Terms ==
Polyethylene foam; crosslinked polyethylene foam; XLPE foam; X-linked PE foam; Volara
== Applications ==
* Art handling
* Storage
* Transport: shock absorption and cushioning
== Personal Risks ==
Sekisui Voltek: SDS
All Minicel products are non-toxic and contain no CFC, HCFC, or hydrocarbon blowing agents. ASI: Voltek Expands Minicel Polyolefin Foam, Enhances Capabilities (2004) 
== Collection Risks ==
Stable. Minnesota Historical Society says, “Can be used” (MWG 2020).
== Environmental Risks ==
== Physical and Chemical Properties ==
Form 	Solid, in various forms
Odor 	Light
Melting Point 	PE foam: 90-115°C
Solubility in/miscibility with water	Insoluble
== Working Properties ==
== Forms and Sizes ==
Produced in molded bun form.
Density range: 2, 3, 3.8, 6, 8, 12 and 22 pcf.
Bun sizes: 
* 2, 3, 3.8 pcf: 4 x 48 x 72”
* 6 pcf: 3 x 48 x 72” 
* 8 pcf: 1.78 x 32 x 67” 
* 12pcf: 1.50 x 28 x 59” 
* 22 pcf: 1.2 x 24 x 49”
Minicel L200 and LF200 Foam sheets Foam Factory: Minicel Type 1 Foam:
* 72 x 48” sheets (sold in 2/3, ½, and 1/3 sheets)
* ¼, 3.8, ½, ¾, 1, 1.5, 2, 3, and 4” thick
== Resources and Citations ==
* Kaela Nurmi, contributed information, MWG group, 2020.
Category:Materials databaseCategory:MWGCategory: Foams
Minium

== Description ==
A mineral composed of 
lead tetroxide that has the same composition as 
red lead, an orange-red pigment. Minium deposits have been found in Egypt, however, most sources indicate that red lead pigment was manufactured from lead metal and litharge rather than ground from minium. Even so, the mineral name minium has been used to refer to the red lead pigment. From Pliny's time to the 17th century, the name minium was also used to refer to 
vermilion and 
cinnabar.
== Synonyms and Related Terms ==
minne; red lead; lead oxide red; minium; orange mineral; Saturn red; Paris red; burnt white lead; red oxide of lead; plumbous plumbate; mineral red; Pigment Red 105; CI 77578; Bleimennige (Deut.); Mennige (Deut.); minium (Fr., Ned.); minio (It., Esp., Port.); entan (Jap.); tan (Jap.); minio di piombo (It.); minium de plomb (Fr.) saturnine; mine rouge;
[[[SliderGallery rightalign|Minium (red lead) (Forbes MFA 204) resize.tif~Raman (MFA)|PIG199.jpg~XRD|f199sem.jpg~SEM|f199edsbw.jpg~EDS]]]
== Risks ==
* Toxic by inhalation or ingestion. 
* Skin contact may cause irritation or ulcers. 
* Carcinogen, teratogen, suspected mutagen. 
* Discolored by hydrogen sulfide and light.
== Physical and Chemical Properties ==
Soluble in glacial acetic acid, hot HCl, nitric acid with peroxide present. 
Insoluble in water and ethanol.
==Resources and Citations==
* E. West-Fitzhugh, "Red Lead and Minium", Artists Pigments, Volume 1, R. Feller (ed.), Cambridge University Press, Cambridge, 1986.
* Ralph Mayer, A Dictionary of Art Terms and Techniques, Harper and Row Publishers, New York, 1969 (also 1945 printing)
* R.D. Harley, Artists' Pigments c. 1600-1835, Butterworth Scientific, London, 1982
* R. Newman, E. Farrell, 'House Paint Pigments', Paint in America , R. Moss ed., Preservation Press, New York City, 1994
* Thomas B. Brill, Light Its Interaction with Art and Antiquities, Plenum Press, New York City, 1980
* G.S.Brady, Materials Handbook, McGraw-Hill Book Co., New York, 1971 Comment: p. 200
* Susan E. Schur, Conservation Terminology: A review of Past & Current Nomenclature of Materials, Technology and Conservation, Spring (p.34-39); Summer (p.35-38); Fall (p.25-36), 1985
* Matt Roberts, Don Etherington, Bookbinding and the Conservation of Books: a Dictionary of Descriptive Terminology, U.S. Government Printing Office, Washington DC, 1982
* Art and Architecture Thesaurus Online, https://www.getty.edu/research/tools/vocabulary/aat/, J. Paul Getty Trust, Los Angeles, 2000
Category:Materials database
Miniver

== Description ==
An obsolete term for an animal hair used to make a soft, fine-pointed brush that is similar to 
sable. Some think the term refers to 
ermine (Pinney 1999). Ermine is the white winter fur of the weasel Mustela erminea.
== Synonyms and Related Terms ==
ermine (Mustela erminae); hermine (Fr.)
==Resources and Citations==
* The Dictionary of Art, Grove's Dictionaries Inc., New York, 1996
* Zora Sweet Pinney, 'A Handle on the Terms used for Artists' Brushes', unpublished glossary, 1999
Category:Materials database
Mink

== Description ==
A weasel-like animal originally found in both North America (Mustela vison) and Eurasia (Mustela lutreola). Mink fur is usually deep brown in color with a white underbelly. The thick, silky pelts are used commercially for coats, stoles, and trim.
== Synonyms and Related Terms ==
America (Mustela vison); Eurasia (Mustela lutreola); Nerze (Deut.); maenk (Sven.); vison (Fr.); minx; minkes
== Additional Images ==
File:Am.Mink_Mus.Nat.Hist_Smith.jpg|American mink
File:mink2wp2.jpg|Mink skins
File:minkwild.jpg|Mink skins
File:minkkes.jpg|Mink
File:minklarge.jpg|Mink
== Resources and Citations ==
* Encyclopedia Britannica, http://www.britannica.com Comment: "mink." Accessed 4 Jan. 2005.
* Edward Reich, Carlton J. Siegler, Consumer Goods: How to Know and Use Them, American Book Company, New York City, 1937
* Wikipedia: http://en.wikipedia.org/wiki/Mink (Accessed Sept. 10, 2005)
* The American Heritage Dictionary or Encarta, via Microsoft Bookshelf 98, Microsoft Corp., 1998
Category:Materials database
Minnesota Mankato

== Description ==
A dense, medium-grain dolomitic limestone quarried in Minnesota. Mankato limestone also contains alumina and silica. The colors can vary from buff, gray, yellow, salmon to pink. It is used for buildings and decoration.
==Physical and Chemical Properties==
Density	2.483
==Resources and Citations==
* G.S.Brady, Materials Handbook, McGraw-Hill Book Co., New York, 1971
* Dictionary of Building Preservation, Ward Bucher, ed., John Wiley & Sons, Inc., New York City, 1996
* Frank A. Lent, Trade names and Descriptions of Marbles, Limestones, Sandstones, Granites and Other Building Stones Quarried in the United States Canada and other Countries., Stone Publishing Co, New York, 1925
Category:Materials database
Mirbane oil

== Description ==
Name for nitrobenzene commonly used prior to the 1800s when chemical compound names were standardized (Schur 1985). Mirbane oil was used in the production of 
aniline.
== Synonyms and Related Terms ==
olio di mirbana (It); nitrobenzene; myrbane oil
== Risks ==
Toxic
==Resources and Citations==
* Susan E. Schur, Conservation Terminology: A review of Past & Current Nomenclature of Materials, Technology and Conservation, Spring (p.34-39); Summer (p.35-38); Fall (p.25-36), 1985
Category:Materials database
Mirror

== Description ==
A smooth, polished surface capable of reflecting an image of an object placed in front of it. Mirrors were originally made from highly polished metal. Crude 
glass mirrors were first made in Venice in 1278. Glass mirrors with a metallized backing were first constructed in Venice in the 16th century using an amalgam of 
tinfoil and mercury. In 1836, a German chemist, J. von Liebig, developed a method to coat the glass with a silver salt then reduce it to metallic 
silver. The silver gave a brighter image but was more expensive. The back of the silver mirrors were usually protected with several layers of paint. Now large mirrors are usually backed with vapor deposited aluminum. Small specialty mirrors are vapor coated with silver.
== Synonyms and Related Terms ==
looking glass; espejo (Esp.); miroir (Fr.); spiegel (Ned.); espelho (Port.)
==Resources and Citations==
* P.Hadsund "The Tin-Mercury Mirror: Its Manufacturing Technique and Deterioration Processes" Studies in Conservation, 38:3-16, 1993.
Category:Materials database
Misohagi (Loosestrife) - left (199 L)

[[[SliderGallery rightalign|Uemura_07-09-2009_199.jpg~Normal]]]{| class="wikitable"
|-	
! scope="row"|Museum number
| 199
|-	
! scope="row"|Uemura number / title
| ; "Haze-some 25"
|-	
! scope="row"|Folder location
| 3rd shelf
|-	
! scope="row"|Sample location
| left (199 L)
|-	
! scope="row"|Fiber type
| silk
|-	
! scope="row"|Color
| black
|-	
! scope="row"|Dyestuff (Japanese common name)
| みそはぎ : Misohagi
|-	
! scope="row"|Dyestuff (English common name)
| Loosestrife
|-	
! scope="row"|Dyestuff (botanical name)
| Lythrum anceps (Koehne) Makino
|-	
! scope="row"|Plant part
| unspecified
|-	
! scope="row"|Dyestuff extraction
| boiled in water
|-	
! scope="row"|Auxiliary agent in dye bath
| -
|-	
! scope="row"|Mordant
| iron
|-	
! scope="row"|Other auxiliary agent
| -
|-	
! scope="row"|Uemura's notes
| In past, Misogihagi (Lythrum anceps (Koehne) Makino) and Akinotamuraso (Salvia japonica Thub.) had been categorized as same plant as chinese , but they were not.
|-	
! scope="row"|Uemura's date
| Kyoto
|}
Category:Uemura dye archive
Misohagi (Loosestrife) - right (199 R)

[[[SliderGallery rightalign|Uemura_07-09-2009_199.jpg~Normal]]]{| class="wikitable"
|-	
! scope="row"|Museum number
| 199
|-	
! scope="row"|Uemura number / title
| ; "Haze-some 25"
|-	
! scope="row"|Folder location
| 3rd shelf
|-	
! scope="row"|Sample location
| right (199 R)
|-	
! scope="row"|Fiber type
| silk
|-	
! scope="row"|Color
| yellow brown
|-	
! scope="row"|Dyestuff (Japanese common name)
| みそはぎ : Misohagi
|-	
! scope="row"|Dyestuff (English common name)
| Loosestrife
|-	
! scope="row"|Dyestuff (botanical name)
| Lythrum anceps (Koehne) Makino
|-	
! scope="row"|Plant part
| unspecified
|-	
! scope="row"|Dyestuff extraction
| boiled in water
|-	
! scope="row"|Auxiliary agent in dye bath
| -
|-	
! scope="row"|Mordant
| lime water
|-	
! scope="row"|Other auxiliary agent
| -
|-	
! scope="row"|Uemura's notes
| In past, Misogihagi (Lythrum anceps (Koehne) Makino) and Akinotamuraso (Salvia japonica Thub.) had been categorized as same plant as chinese , but they were not.
|-	
! scope="row"|Uemura's date
| Kyoto
|}
Category:Uemura dye archive
Mispickel

== Description ==
A common name for arsenopyrite ore. See iron arsenosulfide.
== Synonyms and Related Terms ==
mispiquel (Esp.); Misspickel, Arsenopyrit (Deut.)
==Resources and Citations==
* G.S.Brady, Materials Handbook, McGraw-Hill Book Co., New York, 1971 Comment: p. 69
* Susan E. Schur, Conservation Terminology: A review of Past & Current Nomenclature of Materials, Technology and Conservation, Spring (p.34-39); Summer (p.35-38); Fall (p.25-36), 1985
Category:Materials database
Missouri Red granite

== Description ==
A deep red, medium- to coarse-grain granite first quarried in 1869 near Graniteville, Missouri. Missouri red granite was used for monuments, paving stone, columns, and buildings. It can still be seen in the paving stones of the St. Louis levee and in the front porch columns on the Governer's mansion in Jefferson City. Elephant Rocks State Park has massive outcroppings of the granite boulders
==Resources and Citations==
* Dictionary of Building Preservation, Ward Bucher, ed., John Wiley & Sons, Inc., New York City, 1996
* Frank A. Lent, Trade names and Descriptions of Marbles, Limestones, Sandstones, Granites and Other Building Stones Quarried in the United States Canada and other Countries., Stone Publishing Co, New York, 1925
* Missouri red quarries at http://www.missouriredgranite.com/
* Website: http://vulcan.wr.usgs.gov/LivingWith/VolcanicPast/Places/volcanic_past_missouri.html
Category:Materials database
Misu

== Description ==
A long fiber 
Japanese paper that contains a small amount of calcium based fill material. The fill provides an alkaline reserve and minimizes expansion/contraction of the paper. Misu is used as a lining paper.
== Synonyms and Related Terms ==
misu-gami
== Additional Images ==
File:misu_thin.jpg|Misu thin weight paper
File:misu_thin_100X.jpg|Misu thin weight paper at 100x
==Resources and Citations==
* Book and Paper Group, Paper Conservation Catalog, AIC, 1984, 1989
Category:Materials database
Mitscherlich pulp

== Description ==
A chemical pulp prepared by a low temperature process developed by Dr. Mitscherlich. In this process, wood pulp is digested by the sulfite process, but cooked at low temperatures and pressures for a longer period. This results in fibers that are stronger and more easily bleached. Mitscherlich pulp is used to produce glassine and greaseproof papers.
Category:Materials database
Mitsumata

== Description ==
The bast fiber obtained from the bark of a shrub, Edgeworthia gardineri (formerly Edgeworthia papyrifera), that is native to Asia and cultivated in Japan. Mitsumata has been used for paper since about 1600 CE. It is one of three main fiber types used for making Japanese paper. The soft, absorbent fibers produce a paper that is weaker and less absorbent that kozo due to its shorter fiber length. Mitsumata paper also tends to shrink and expand with moisture content.
== Physical and Chemical Properties ==
Fiber width = 4-20 microns. Striations are fine and irregularly spaced, often crossing to form a v shape. Parenchymal cells are long with irregular surface markings.
Paper fiber type: non-woody/bast. Using transmitted light microscopy, fibers appear to have a broad central portion with variable ends. the lumen varies in width. Appearance with Graff "C" stain: yellowish pink. Mistumata stains lighter than kozo fibers due to a higher lignin content. Average dimensions of fibers: length 3mm, width 9μm. Common pulping method: fibers are retted, then separated mechanically.
== Additional Images ==
File:mitsumatta.jpg|Mitsumata paper
File:mitsumatta_50X.jpg|Mitsumata paper
File:mitsumatta_50XR.jpg|Mitsumata paper
File:Mitsumata.jpg|Mitsumata plant
File:Mits 40x.jpg|Mitsumata fibers stained with Graff "C" stain
File:Mits 10x.jpg|Mitsumata fibers stained with Graff "C" stain
== Resources and Citations ==
* T.Collings, D. Miller, 'The Identification of Oriental Paper Fibers' The Paper Conservator, vol 3, 1978.
* Matt Roberts, Don Etherington, Bookbinding and the Conservation of Books: a Dictionary of Descriptive Terminology, U.S. Government Printing Office, Washington DC, 1982
* Book and Paper Group, Paper Conservation Catalog, AIC, 1984, 1989
* The Dictionary of Paper, American Paper Institute, New York, Fourth Edition, 1980
* Marja-Sisko Ilvessalo-Pfäffli. Fiber Atlas: Identification of Papermaking Fibers (Springer Series in Wood Science). Springer, 1995. 
* Walter Rantanen. "Fiber ID Course." Integrated Paper Services. June 2013. Lecture.
* Bernard Toale, The Art of Papermaking, Davis Publications, Portland OR, 1983
* Art and Architecture Thesaurus Online, http://www.getty.edu/research/tools/vocabulary/aat/, J. Paul Getty Trust, Los Angeles, 2000
Category:Materials database
Mixed white

== Description ==
An unstandardized pigment name that has been used for mixtures of white pigments. Mixed white paint usually contained 
zinc white and 
lead white. Newer formulations may contain 
titanium white and zinc white.
== Risks ==
* Lead white is toxic.
==Resources and Citations==
* M. Doerner, The Materials of the Artist, Harcourt, Brace & Co., 1934
* Ralph Mayer, A Dictionary of Art Terms and Techniques, Harper and Row Publishers, New York, 1969 (also 1945 printing)
* Michael McCann, Artist Beware, Watson-Guptill Publications, New York City, 1979
Category:Materials database
Mixtion

== Description ==
[Le Franc & Co.] A brand name for a commercial oil/copal varnish used as a gold size. The oil/resin mixture is used to seal and harden the ground prior to the application of gold leaf. Mixtion is available in various grades classified by drying time, where the drying time is specified as the point at which the varnish is no longer tacky. For the normal grade of Mixtion, the drying time is 12 hours.
== Synonyms and Related Terms ==
mixtión (Esp.)
Category:Materials database
Mizuame

== Description ==
The Japanese name for a clear, starchy gel prepared from ground 
millet. One traditional Japanese recipe for dying blue cloth used a hot water solution containing 
knotgrass and mizuame followed by a cold water bath to precipitate the colorant (Shimoyama et al 1996).
== Synonyms and Related Terms ==
millet jelly
==Resources and Citations==
* S.Shimoyama, Y.Noda, S.Katshuhara, "Non-Destructive Analysis of Ukiyo-E Prints" Dyes in History and Archaeology, No.15, Paper presented in Manchester England, Nov. 1996.
Category:Materials database
Mizuhiki (Persicaria filiformis) - left (320 L)

[[[SliderGallery rightalign|Uemura_09-10-2009_320.jpg~Normal]]]{| class="wikitable"
|-	
! scope="row"|Museum number
| 320
|-	
! scope="row"|Uemura number / title
| ; "Haze-some 25"
|-	
! scope="row"|Folder location
| 4th shelf
|-	
! scope="row"|Sample location
| left (320 L)
|-	
! scope="row"|Fiber type
| silk
|-	
! scope="row"|Color
| beige
|-	
! scope="row"|Dyestuff (Japanese common name)
| みづひき : Mizuhiki
|-	
! scope="row"|Dyestuff (botanical name)
| Persicaria filiformis (Thunb.) Nakai ex W.T.Lee (Polygonum filiforme Thunb.)
|-	
! scope="row"|Plant part
| root / dried (?)
|-	
! scope="row"|Dyestuff extraction
| boiled in water
|-	
! scope="row"|Auxiliary agent in dye bath
| -
|-	
! scope="row"|Mordant
| iron
|-	
! scope="row"|Other auxiliary agent
| -
|-	
! scope="row"|Uemura's notes
| Mizuhiki looks similar to Itadori, but its dyeing capability inferiors to the latter.
|-	
! scope="row"|Uemura's date
| Kyoto
|}
Category:Uemura dye archive
Mizuhiki (Persicaria filiformis) - right (320 R)

[[[SliderGallery rightalign|Uemura_09-10-2009_320.jpg~Normal]]]{| class="wikitable"
|-	
! scope="row"|Museum number
| 320
|-	
! scope="row"|Uemura number / title
| ; "Haze-some 25"
|-	
! scope="row"|Folder location
| 4th shelf
|-	
! scope="row"|Sample location
| right (320 R)
|-	
! scope="row"|Fiber type
| silk
|-	
! scope="row"|Color
| gray
|-	
! scope="row"|Dyestuff (Japanese common name)
| みづひき : Mizuhiki
|-	
! scope="row"|Dyestuff (botanical name)
| Persicaria filiformis (Thunb.) Nakai ex W.T.Lee (Polygonum filiforme Thunb.)
|-	
! scope="row"|Plant part
| root / dried (?)
|-	
! scope="row"|Dyestuff extraction
| boiled in water
|-	
! scope="row"|Auxiliary agent in dye bath
| -
|-	
! scope="row"|Mordant
| lime water
|-	
! scope="row"|Other auxiliary agent
| -
|-	
! scope="row"|Uemura's notes
| Mizuhiki looks similar to Itadori, but its dyeing capability inferiors to the latter.
|-	
! scope="row"|Uemura's date
| Kyoto
|}
Category:Uemura dye archive