WordNet

a toxic double salt of copper arsenate and copper acetate
turn or become green; "The trees are greening"
green color or pigment; resembling the color of growing grass (同)greenness, viridity
an area of closely cropped grass surrounding the hole on a golf course; "the ball rolled across the green and into the bunker" (同)putting_green, putting surface
of the color between blue and yellow in the color spectrum; similar to the color of fresh grass; "a green tree"; "green fields"; "green paint" (同)greenish, light-green, dark-green
not fully developed or mature; not ripe; "unripe fruit"; "fried green tomatoes"; "green wood" (同)unripe, unripened, immature
concerned with or supporting or in conformity with the political principles of the Green Party
looking pale and unhealthy; "youre looking green"; "green around the gills"
sometimes placed in subfamily Trilliaceae (同)genus Paris
the capital and largest city of France; and international center of culture and commerce (同)City of Light, French capital, capital of France
(Greek mythology) the prince of Troy who abducted Helen from her husband Menelaus and provoked the Trojan War
a town in northeastern Texas
United States labor leader who was president of the American Federation of Labor from 1924 to 1952 and who led the struggle with the Congress of Industrial Organizations (1873-1952) (同)William Green
a river that rises in western Wyoming and flows southward through Utah to become a tributary of the Colorado River (同)Green River
an environmentalist who belongs to the Green Party
any of various leafy plants or their leaves and stems eaten as vegetables (同)green, leafy vegetable

PrepTutorEJDIC

『緑の,緑色の』,青々とした / (季節が)新緑の;(木々の緑が残って)温暖な / (果物が)うれていない;(酒・チーズなどが)熟成していない / 未経験の / (食物・木材・皮などが)生の;調理して(乾燥して,なめして)ない / 青野菜の;青草の / 活気のある,元気な;若い / (記億などが)生々しい / 〈U〉『緑色』;緑色の服[地];〈C〉緑色の絵の具 / 〈C〉草地,緑地,芝;(町・村の)芝の生えた共有地 / 〈C〉《複数形で》《米》装飾用の緑葉(緑枝);野菜,青物 / 〈C〉(ゴルフの)グリーン(芝を短く刈ったパット区域)
『パリ』(フランスの首都)
パリス(ギリシア神話のTroyの王子;Spartaの王妃Helenを奪ってTroy職争を起こした)
青りんご

Wikipedia preview

出典(authority):フリー百科事典『ウィキペディア（Wikipedia）』「2018/10/20 18:36:05」(JST)

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Paris green (copper(II) acetate triarsenite or copper(II) acetoarsenite) is an inorganic compound. It is a highly toxic emerald-green crystalline powder^[3] that has been used as a rodenticide and insecticide,^[4] and also as a pigment, despite its toxicity. It is also used as a blue colorant for fireworks.^[5] The color of Paris green is said to range from a pale blue green when very finely ground, to a deeper green when coarsely ground.

Preparation

Paris green may be prepared by combining copper(II) acetate and arsenic trioxide.^[6]

Uses

Insecticide

At the turn of the 20th century, Paris green, blended with lead arsenate, was used in America and elsewhere as an insecticide on produce such as apples. The toxic mixture is said "to have burned the trees and the grass around the trees". Paris green was heavily sprayed by airplane in Italy, Sardinia, and Corsica during 1944 and in Italy in 1945 to control malaria.^[7] It was once used to kill rats in Parisian sewers, which is how it acquired its common name.^[8] It was also used heavily in the Americas to control the tobacco budworm, Heliothis virescens.^[9]

Pigment

Paris green, also called emerald green, was a popular pigment used in artists' paints by (among others) the English painter W. Turner, Impressionists such as Monet and Renoir, and Post-Impressionists such as Gauguin, Cézanne, and Van Gogh.^[10]

Related pigments

Similar natural compounds are the minerals chalcophyllite Cu
₁₈Al
₂(AsO
₄)
₃(SO
₄)
₃(OH)
₂₇·36H
₂O, conichalcite CaCu(AsO
₄)(OH), cornubite Cu
₅(AsO
₄)
₂(OH)
₄·H
₂O, cornwallite Cu
₅(AsO
₄)
₂(OH)
₄·H
₂O, and liroconite Cu
₂Al(AsO
₄)(OH)
₄·4H
₂O. These vivid minerals range from greenish blue to slightly yellowish green.

Scheele's green is a chemically simpler, less brilliant, and less permanent, synthetic copper-arsenic pigment used for a rather short time before Paris green was first prepared, which was approximately 1814. It was popular as a wallpaper pigment and would degrade, with moisture and molds, to arsine gas. Paris green may have also been used in wallpaper to some extent and may have also degraded similarly. Both pigments were once used in printing ink formulations.

The ancient Romans used one of them, possibly conichalcite, as a green pigment. The Paris green paint used by the Impressionists is said to have been composed of relatively coarse particles. Later, the chemical was produced with increasingly small grinds and without carefully removing impurities; its permanence suffered. It is likely that it was ground more finely for use in watercolors and inks, too.

Illustrations of Paris green

Paris green pigment

Mixing "Paris green" and road dust preparatory to dusting streams and breeding places of mosquitoes during World War II

Use as insecticide, poster issued by US Public Health Service

References

^ "Health & Safety in the Arts -- Painting & Drawing Pigments". Environmental Management Division, City of Tucson AZ. Archived from the original on 2011-07-20. Retrieved 2011-02-07.
^ ^a ^b ^c "NIOSH Pocket Guide to Chemical Hazards #0038". National Institute for Occupational Safety and Health (NIOSH).
^ "Hazardous Substance Fact Sheet" (PDF). NJ Dept. of Health and Senior Services. Retrieved 2011-02-07.
^ "Dangers in the Manufacture of Paris Green and Scheele's Green". Monthly Review of the U.s. Bureau of Labor Statistics. 5 (2): 78–83. 1917. JSTOR 41829377.
^ "How to Use Copper in Pyro Star Compositions to Create Blue Fireworks Stars". Skylighter. Archived from the original on 2010-12-21. Retrieved 2011-02-07.
^ "H.Wayne Richardson, "Copper Compounds" in Ullmann's Encyclopedia of Industrial Chemistry 2005, Wiley-VCH, Weinheim. doi:10.1002/14356007.a07_567
^ Justin M. Andrews, Sc. D. (1963). "Preventive Medicine in World War II, Chapter V. North Africa, Italy, and the Islands of the Mediterranean". Washington, D.C. USA: Office of the Surgeon General, Department of the Army. p. 281. Retrieved 2008-09-30.
^ The Natural Paint Book, by Lynn Edwards, Julia Lawless, Table of contents
^ Blanco, Carlos (2012). "Heliothis virescens and Bt cotton in the United States". GM Crops and Food: Biotechnology in Agriculture and the Food Chain. 3: 201–212.
^ Emerald green, Colourlex

External links

Case Studies in Environmental Medicine - Arsenic Toxicity
How Emerald green is made
National Pollutant Inventory - Copper and compounds fact sheet
Emerald green, Colourlex

v t e Acetyl halides and salts of the acetate ion
AcOH																	He
LiOAc	Be(OAc)₂ BeAcOH											B(OAc)₃	AcOAc ROAc	NH₄OAc	AcOOH	FAc	Ne
NaOAc	Mg(OAc)₂											Al(OAc)₃ ALSOL Al(OAc)₂OH Al₂SO₄(OAc)₄	Si	P	S	ClAc	Ar
KOAc	Ca(OAc)₂	Sc(OAc)₃	Ti(OAc)₄	VO(OAc)₃	Cr(OAc)₂	Mn(OAc)₂ Mn(OAc)₃	Fe(OAc)₂ Fe(OAc)₃	Co(OAc)₂, Co(OAc)₃	Ni(OAc)₂	Cu(OAc)₂	Zn(OAc)₂	Ga(OAc)₃	Ge	As(OAc)₃	Se	BrAc	Kr
RbOAc	Sr(OAc)₂	Y(OAc)₃	Zr(OAc)₄	Nb	Mo(OAc)₂	Tc	Ru(OAc)₂ Ru(OAc)₃ Ru(OAc)₄	Rh₂(OAc)₄	Pd(OAc)₂	AgOAc	Cd(OAc)₂	In	Sn(OAc)₂ Sn(OAc)₄	Sb(OAc)₃	Te	IAc	Xe
CsOAc	Ba(OAc)₂		Hf	Ta	W	Re	Os	Ir	Pt(OAc)₂	Au	Hg₂(OAc)₂, Hg(OAc)₂	TlOAc Tl(OAc)₃	Pb(OAc)₂ Pb(OAc)₄	Bi(OAc)₃	Po	At	Rn
Fr	Ra		Rf	Db	Sg	Bh	Hs	Mt	Ds	Rg	Cn	Nh	Fl	Mc	Lv	Ts	Og
		↓
		La(OAc)₃	Ce(OAc)_x	Pr	Nd	Pm	Sm(OAc)₃	Eu(OAc)₃	Gd(OAc)₃	Tb	Dy(OAc)₃	Ho(OAc)₃	Er	Tm	Yb(OAc)₃	Lu(OAc)₃
		Ac	Th	Pa	UO₂(OAc)₂	Np	Pu	Am	Cm	Bk	Cf	Es	Fm	Md	No	Lr

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A.,Billingsley G.,Billman C. R.,Birch J.,Birney R.,Birnholtz O.,Biscans S.,Bisht A.,Bitossi M.,Biwer C.,Bizouard M. A.,Blackburn J. K.,Blackman J.,Blair C. D.,Blair D. G.,Blair R. M.,Bloemen S.,Bock O.,Boer M.,Bogaert G.,Bohe A.,Bondu F.,Bonnand R.,Boom B. A.,Bork R.,Boschi V.,Bose S.,Bouffanais Y.,Bozzi A.,Bradaschia C.,Brady P. R.,Braginsky V. B.,Branchesi M.,Brau J. E.,Briant T.,Brillet A.,Brinkmann M.,Brisson V.,Brockill P.,Broida J. E.,Brooks A. F.,Brown D. A.,Brown D. D.,Brown N. M.,Brunett S.,Buchanan C. C.,Buikema A.,Bulik T.,Bulten H. J.,Buonanno A.,Buskulic D.,Buy C.,Byer R. L.,Cabero M.,Cadonati L.,Cagnoli G.,Cahillane C.,CalderónBustillo J.,Callister T. A.,Calloni E.,Camp J. B.,Cannon K. C.,Cao H.,Cao J.,Capano C. D.,Capocasa E.,Carbognani F.,Caride S.,CasanuevaDiaz J.,Casentini C.,Caudill S.,Cavaglià M.,Cavalier F.,Cavalieri R.,Cella G.,Cepeda C. B.,CerboniBaiardi L.,Cerretani G.,Cesarini E.,Chamberlin S. J.,Chan M.,Chao S.,Charlton P.,Chassande-Mottin E.,Cheeseboro B. D.,Chen H. Y.,Chen Y.,Cheng H.-P.,Chincarini A.,Chiummo A.,Chmiel T.,Cho H. S.,Cho M.,Chow J. H.,Christensen N.,Chu Q.,Chua A. J. K.,Chua S.,Chung S.,Ciani G.,Clara F.,Clark J. A.,Cleva F.,Cocchieri C.,Coccia E.,Cohadon P.-F.,Colla A.,Collette C. G.,Cominsky L.,Constancio M.,Conti L.,Cooper S. J.,Corbitt T. R.,Cornish N.,Corsi A.,Cortese S.,Costa C. A.,Coughlin M. W.,Coughlin S. B.,Coulon J.-P.,Countryman S. T.,Couvares P.,Covas P. B.,Cowan E. E.,Coward D. M.,Cowart M. J.,Coyne D. C.,Coyne R.,Creighton J. D. E.,Creighton T. D.,Cripe J.,Crowder S. G.,Cullen T. J.,Cumming A.,Cunningham L.,Cuoco E.,Canton T. Dal,Danilishin S. L.,D'Antonio S.,Danzmann K.,Dasgupta A.,Da SilvaCosta C. F.,Dattilo V.,Dave I.,Davier M.,Davies G. S.,Davis D.,Daw E. J.,Day B.,Day R.,De S.,DeBra D.,Debreczeni G.,Degallaix J.,De Laurentis M.,Deléglise S.,Del Pozzo W.,Denker T.,Dent T.,Dergachev V.,De Rosa R.,DeRosa R. T.,DeSalvo R.,Devine R. C.,Dhurandhar S.,Díaz M. C.,Fiore L. Di,Giovanni M. Di,Girolamo T. 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J.,Masso-Reid M.,Mastrogiovanni S.,Matichard F.,Matone L.,Matsumoto N.,Matsushima F.,Mavalvala N.,Mazumder N.,McCarthy R.,McClelland D. E.,McCormick S.,McGrath C.,McGuire S. C.,McIntyre G.,McIver J.,McManus D. J.,McRae T.,McWilliams S. T.,Meacher D.,Meadors G. D.,Meidam J.,Melatos A.,Mendell G.,Mendoza-Gandara D.,Mercer R. A.,Merilh E. L.,Merzougui M.,Meshkov S.,Messenger C.,Messick C.,Metzdorff R.,Meyers P. M.,Mezzani F.,Miao H.,Michel C.,Michimura Y.,Middleton H.,Mikhailov E. E.,Milano L.,Miller A. L.,Miller A.,Miller B. B.,Miller J.,Millhouse M.,Minenkov Y.,Ming J.,Mirshekari S.,Mishra C.,Mitrofanov V. P.,Mitselmakher G.,Mittleman R.,Miyakawa O.,Miyamoto A.,Miyamoto T.,Miyoki S.,Moggi A.,Mohan M.,Mohapatra S. R. P.,Montani M.,Moore B. C.,Moore C. J.,Moraru D.,Moreno G.,Morii W.,Morisaki S.,Moriwaki Y.,Morriss S. R.,Mours B.,Mow-Lowry C. M.,Mueller G.,Muir A. W.,Mukherjee Arunava,Mukherjee D.,Mukherjee S.,Mukund N.,Mullavey A.,Munch J.,Muniz E. A. M.,Murray P. G.,Mytidis A.,Nagano S.,Nakamura K.,Nakamura T.,Nakano H.,Nakano Masaya,Nakano Masayuki,Nakao K.,Napier K.,Nardecchia I.,Narikawa T.,Naticchioni L.,Nelemans G.,Nelson T. J. N.,Neri M.,Nery M.,Neunzert A.,Newport J. M.,Newton G.,Nguyen T. T.,Ni W.-T.,Nielsen A. B.,Nissanke S.,Nitz A.,Noack A.,Nocera F.,Nolting D.,Normandin M. E. N.,Nuttall L. K.,Oberling J.,Ochsner E.,Oelker E.,Ogin G. H.,Oh J. J.,Oh S. H.,Ohashi M.,Ohishi N.,Ohkawa M.,Ohme F.,Okutomi K.,Oliver M.,Ono K.,Ono Y.,Oohara K.,Oppermann P.,Oram Richard J.,O'Reilly B.,O'Shaughnessy R.,Ottaway D. J.,Overmier H.,Owen B. J.,Pace A. E.,Page J.,Pai A.,Pai S. A.,Palamos J. R.,Palashov O.,Palomba C.,Pal-Singh A.,Pan H.,Pankow C.,Pannarale F.,Pant B. C.,Paoletti F.,Paoli A.,Papa M. A.,Paris H. R.,Parker W.,Pascucci D.,Pasqualetti A.,Passaquieti R.,Passuello D.,Patricelli B.,Pearlstone B. L.,Pedraza M.,Pedurand R.,Pekowsky L.,Pele A.,PeñaArellano F. E.,Penn S.,Perez C. J.,Perreca A.,Perri L. M.,Pfeiffer H. P.,Phelps M.,Piccinni O. J.,Pichot M.,Piergiovanni F.,Pierro V.,Pillant G.,Pinard L.,Pinto I. M.,Pitkin M.,Poe M.,Poggiani R.,Popolizio P.,Post A.,Powell J.,Prasad J.,Pratt J. W. W.,Predoi V.,Prestegard T.,Prijatelj M.,Principe M.,Privitera S.,Prodi G. A.,Prokhorov L. G.,Puncken O.,Punturo M.,Puppo P.,Pürrer M.,Qi H.,Qin J.,Qiu S.,Quetschke V.,Quintero E. A.,Quitzow-James R.,Raab F. J.,Rabeling D. S.,Radkins H.,Raffai P.,Raja S.,Rajan C.,Rakhmanov M.,Rapagnani P.,Raymond V.,Razzano M.,Re V.,Read J.,Regimbau T.,Rei L.,Reid S.,Reitze D. H.,Rew H.,Reyes S. D.,Rhoades E.,Ricci F.,Riles K.,Rizzo M.,Robertson N. A.,Robie R.,Robinet F.,Rocchi A.,Rolland L.,Rollins J. G.,Roma V. J.,Romano R.,Romie J. H.,Rosińska D.,Rowan S.,Rüdiger A.,Ruggi P.,Ryan K.,Sachdev S.,Sadecki T.,Sadeghian L.,Sago N.,Saijo M.,Saito Y.,Sakai K.,Sakellariadou M.,Salconi L.,Saleem M.,Salemi F.,Samajdar A.,Sammut L.,Sampson L. M.,Sanchez E. J.,Sandberg V.,Sanders J. R.,Sasaki Y.,Sassolas B.,Sathyaprakash B. S.,Sato S.,Sato T.,Saulson P. R.,Sauter O.,Savage R. L.,Sawadsky A.,Schale P.,Scheuer J.,Schmidt E.,Schmidt J.,Schmidt P.,Schnabel R.,Schofield R. M. S.,Schönbeck A.,Schreiber E.,Schuette D.,Schutz B. F.,Schwalbe S. G.,Scott J.,Scott S. M.,Sekiguchi T.,Sekiguchi Y.,Sellers D.,Sengupta A. S.,Sentenac D.,Sequino V.,Sergeev A.,Setyawati Y.,Shaddock D. A.,Shaffer T. J.,Shahriar M. S.,Shapiro B.,Shawhan P.,Sheperd A.,Shibata M.,Shikano Y.,Shimoda T.,Shoda A.,Shoemaker D. H.,Shoemaker D. M.,Siellez K.,Siemens X.,Sieniawska M.,Sigg D.,Silva A. D.,Singer A.,Singer L. P.,Singh A.,Singh R.,Singhal A.,Sintes A. M.,Slagmolen B. J. J.,Smith B.,Smith J. R.,Smith R. J. E.,Somiya K.,Son E. J.,Sorazu B.,Sorrentino F.,Souradeep T.,Spencer A. P.,Srivastava A. K.,Staley A.,Steinke M.,Steinlechner J.,Steinlechner S.,Steinmeyer D.,Stephens B. C.,Stevenson S. P.,Stone R.,Strain K. A.,Straniero N.,Stratta G.,Strigin S. E.,Sturani R.,Stuver A. L.,Sugimoto Y.,Summerscales T. Z.,Sun L.,Sunil S.,Sutton P. J.,Suzuki T.,Swinkels B. L.,Szczepańczyk M. J.,Tacca M.,Tagoshi H.,Takada S.,Takahashi H.,Takahashi R.,Takamori A.,Talukder D.,Tanaka H.,Tanaka K.,Tanaka T.,Tanner D. B.,Tápai M.,Taracchini A.,Tatsumi D.,Taylor R.,Telada S.,Theeg T.,Thomas E. G.,Thomas M.,Thomas P.,Thorne K. A.,Thrane E.,Tippens T.,Tiwari S.,Tiwari V.,Tokmakov K. V.,Toland K.,Tomaru T.,Tomlinson C.,Tonelli M.,Tornasi Z.,Torrie C. I.,Töyrä D.,Travasso F.,Traylor G.,Trifirò D.,Trinastic J.,Tringali M. C.,Trozzo L.,Tse M.,Tso R.,Tsubono K.,Tsuzuki T.,Turconi M.,Tuyenbayev D.,Uchiyama T.,Uehara T.,Ueki S.,Ueno K.,Ugolini D.,Unnikrishnan C. S.,Urban A. L.,Ushiba T.,Usman S. A.,Vahlbruch H.,Vajente G.,Valdes G.,van Bakel N.,van Beuzekom M.,van den Brand J. F. J.,Van Den Broeck C.,Vander-Hyde D. C.,van der Schaaf L.,van Heijningen J. V.,van Putten M. H. P. M.,van Veggel A. A.,Vardaro M.,Varma V.,Vass S.,Vasúth M.,Vecchio A.,Vedovato G.,Veitch J.,Veitch P. J.,Venkateswara K.,Venugopalan G.,Verkindt D.,Vetrano F.,Viceré A.,Viets A. D.,Vinciguerra S.,Vine D. J.,Vinet J.-Y.,Vitale S.,Vo T.,Vocca H.,Vorvick C.,Voss D. V.,Vousden W. D.,Vyatchanin S. P.,Wade A. R.,Wade L. E.,Wade M.,Wakamatsu T.,Walker M.,Wallace L.,Walsh S.,Wang G.,Wang H.,Wang M.,Wang Y.,Ward R. L.,Warner J.,Was M.,Watchi J.,Weaver B.,Wei L.-W.,Weinert M.,Weinstein A. J.,Weiss R.,Wen L.,Weßels P.,Westphal T.,Wette K.,Whelan J. T.,Whiting B. F.,Whittle C.,Williams D.,Williams R. D.,Williamson A. R.,Willis J. L.,Willke B.,Wimmer M. H.,Winkler W.,Wipf C. C.,Wittel H.,Woan G.,Woehler J.,Worden J.,Wright J. L.,Wu D. S.,Wu G.,Yam W.,Yamamoto H.,Yamamoto K.,Yamamoto T.,Yancey C. C.,Yano K.,Yap M. J.,Yokoyama J.,Yokozawa T.,Yoon T. H.,Yu Hang,Yu Haocun,Yuzurihara H.,Yvert M.,Zadrożny A.,Zangrando L.,Zanolin M.,Zeidler S.,Zendri J.-P.,Zevin M.,Zhang L.,Zhang M.,Zhang T.,Zhang Y.,Zhao C.,Zhou M.,Zhou Z.,Zhu S. J.,Zhu X. J.,Zucker M. E.,Zweizig J.
Living Reviews in Relativity (21), 2018-12
We present possible observing scenarios for the Advanced LIGO, Advanced Virgo and KAGRA gravitational-wave detectors over the next decade, with the intention of providing information to the astronomy …
NAID 120006551761

Possible Roles of Near-infrared Light on the Photosynthesis in Synechocystis sp. PCC6803 under Solar Simulating Artificial Light

OSHITA Kota,SUZUKI Takuya,KAWANO Tomonori
Ｅｎｖｉｒｏｎｍｅｎｔ　Ｃｏｎｔｒｏｌ　ｉｎ　Ｂｉｏｌｏｇｙ 56(1), 17-21, 2018
… Green plants and algae utilize chlorophylls, thus, the chlorophyll-targeting light components mostly contribute to photosynthesis. …
NAID 130006315428

「green」

Paris green
Color coordinates
Hex triplet	#50C878
sRGBB (r, g, b)	(80, 200, 120)
CMYKH (c, m, y, k)	(60, 0, 40, 22)
HSV (h, s, v)	(140°, 60%, 78%)
Source	[Unsourced]
	B: Normalized to [0–255] (byte); H: Normalized to [0–100] (hundred)

Paris green
Names
	Other names C.I. pigment green 21, emerald green, Schweinfurt green, imperial green, Vienna green, Mitis green, Veronese green
Identifiers
CAS Number	12002-03-8 ;
3D model (JSmol)	Interactive image;
ECHA InfoCard	100.125.242
PubChem CID	22833492;
UN number	1585
	InChI InChI=1S/2C2H4O2.6AsHO2.4Cu/c21-2(3)4;62-1-3;;;;/h21H3,(H,3,4);6(H,2,3);;;;/q;;;;;;;;4*+2/p-8 Key: HTSABAUNNZLCMN-UHFFFAOYSA-F;
	SMILES CC(=O)[O-].CC(=O)[O-].[O-][As]=O.[O-][As]=O.[O-][As]=O.[O-][As]=O.[O-][As]=O.[O-][As]=O.[Cu+2].[Cu+2].[Cu+2].[Cu+2];
Properties
Chemical formula	Cu(C2H3O2)2·3Cu(AsO2)2
Molar mass	1013.79444 g/mol
Appearance	Emerald green crystalline powder
Density	>1.1 g/cm3 (20 °C)
Melting point	>345 °C
Boiling point	decomposes
Solubility in water	insoluble
Solubility	soluble but unstable in acids; insoluble in alcohol
Hazards
Safety data sheet	CAMEO MSDS
EU classification (DSD) (outdated)	T N
R-phrases (outdated)	R23/25 R50/53
S-phrases (outdated)	(S1/2) S20/21 S28 S45 S60 S61
	Lethal dose or concentration (LD, LC):
LD50 (median dose)	22 mg/kg
	US health exposure limits (NIOSH):
PEL (Permissible)	[1910.1018] TWA 0.010 mg/m3
REL (Recommended)	Ca C 0.002 mg/m3 [15-minute]
IDLH (Immediate danger)	Ca [5 mg/m3 (as As)]
	Except where otherwise noted, data are given for materials in their standard state (at 25 °C [77 °F], 100 kPa).
	verify (what is ?)
	Infobox references

　　[★]

adj.

緑色の

[1] "Health & Safety in the Arts -- Painting & Drawing Pigments". Environmental Management Division, City of Tucson AZ. Archived from the original on 2011-07-20. Retrieved 2011-02-07.

[PGCH-2] "NIOSH Pocket Guide to Chemical Hazards #0038". National Institute for Occupational Safety and Health (NIOSH).

[3] "Hazardous Substance Fact Sheet" (PDF). NJ Dept. of Health and Senior Services. Retrieved 2011-02-07.

[4] "Dangers in the Manufacture of Paris Green and Scheele's Green". Monthly Review of the U.s. Bureau of Labor Statistics. 5 (2): 78–83. 1917. JSTOR 41829377.

[5] "How to Use Copper in Pyro Star Compositions to Create Blue Fireworks Stars". Skylighter. Archived from the original on 2010-12-21. Retrieved 2011-02-07.

[Ullmann-6] "H.Wayne Richardson, "Copper Compounds" in Ullmann's Encyclopedia of Industrial Chemistry 2005, Wiley-VCH, Weinheim. doi:10.1002/14356007.a07_567

[7] Justin M. Andrews, Sc. D. (1963). "Preventive Medicine in World War II, Chapter V. North Africa, Italy, and the Islands of the Mediterranean". Washington, D.C. USA: Office of the Surgeon General, Department of the Army. p. 281. Retrieved 2008-09-30.

[8] The Natural Paint Book, by Lynn Edwards, Julia Lawless, Table of contents

[9] Blanco, Carlos (2012). "Heliothis virescens and Bt cotton in the United States". GM Crops and Food: Biotechnology in Agriculture and the Food Chain. 3: 201–212.

[10] Emerald green, Colourlex

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Paris green