Pigment Image Database Under Uv and Ir Radiations
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Watercolor Basics with Susan Donohoe
Watercolor Basics with Susan Donohoe BASICS SUPPLY LIST FOR - TECHNIQUES - Day 1 The lists are long, beginners should bring what they have. They SHOULD NOT go out and buy supplies just to have them. I will bring supplies that they can use to fill in the blanks. Better for them to learn in the workshop what is best for them to buy instead of wasting their money. Personal Needs for each day: Please bring any of these items that you will require. A cushion for your chair, the day can get long for your backside. Your lunch each day. There is a microwave and a small refrigerator for your use. Keep it simple. Hydration-bring plenty of liquid to stay hydrated. A sweater or work shirt to stay comfortable as the room temperature may fluctuate throughout the day. Brushes: Preferred brands: Escoda, Holbein, Cheap Joe’s, Loew-Cornell, Da Vinci, Halcyon One of each if you have them: Round: #6, #10, #14, #18+ (the biggest round brush you own - no need to buy one.) Flat: 1/2”, 1”, 2”, Hake (if you have one) Scrubber brushes: assorted sizes. (These brushes can be purchased at Michael’s or JoAnn’s. They are stiff brushes similar to oil painting brushes. They are sometimes called fabric brushes.) Paper: Arches #140 - Cold Press - 1 full sheet. If you know how and wish to do so prior to class, you can tear the full sheet into 4 equal 1/4 sheet pieces. Paint: Artist Grade Paint only!!!! Preferred Brands: Holbein, Daniel Smith, Mission, Aquarelle Sennelier, M. -
45110 Ultramarine Violet, Reddish
45110 Ultramarine Violet, reddish Product name: Ultramarine Violet, reddish Chemical name: Sodium-aluminium-sulfo-silicate Color index: C.I. Pigment violet 15 : 77007 C.A.S. No.: 12769-96-9 EINECS No.: 2-358-110 Specification: Color shade DE CIEL (max): 1.00 lightening 1:5,4 with TiO2 in impact-resistant polystyrene Coloring strength (compared to standard): ± 5 % Oversize (45 µm): max. 0.05 % Volatile moiety (105°C): max. 1.30 % Free sulfur: max. 0.05 % Water soluble parts: max. 1.00 % Typical Data: Color grade: 49 Density: 2.35 Bunk density (g/cm 3) 0.63 Oil adsorption: 34.5 Middle particle size (µm): 1.85 Fastness/Resistance Temperature resistance: > 260°C Light fastness (full color): excellent (7 - 8) Light fastness (lightening): excellent (7 - 8) Alkali resistance: excellent Acid resistance: weak Safety Information Acute oral toxicity (LD50, rat): > 10 g/kg Skin irritation: not irritant and not sensitizing Eye irritation: not irritant Exposition limit: 6 mg/m 3 (MAK Value) Ecology: not hazardous Regulations Ultramarine violet is a non toxic pigment. It is universally authorized as coloring agent for objects being in contact with food and for the manufacture of toys. Storage, Stability and Handling Transportation and storage: Do not store near acid substances. Non-compatible substances: Acids. Decomposition products: Hydrogen sulfide is released after contact with acids. Special protective measures: None, however, avoid contact with excessive dust. Special measures in case of release: Clean-up immediately. Avoid spilling of large amounts of dust. Dispose of spilled material in accordance with local and national regulations. Page 1 of 1 Kremer Pigmente GmbH & Co. -
Tucson Art Academy Online Skip Whitcomb
TUCSON ART ACADEMY ONLINE SKIP WHITCOMB PAINTS WHITE Any good to professional quality Titanium or Titanium/Zinc White in large tubes(150-200ML) size. Jack Richeson Co., Gamblin, Vasari, Utrecht, Winsor & Newton are all good brands, as are several other European manufacturers. I strongly recommend staying away from student grade paints, they do not mix or handle the same as higher/professional grade paints. YELLOWS Cadmium Yellow Lemon Cadmium Yellow Lt. (warm) Cad. Yellow Medium or Deep Indian Yellow ORANGES Cadmium Yellow Orange (optional) Cadmium Orange REDS Cadmium Red Light/ Pale/ Scarlet (warm) Cadmium Red Deep Permanent Alizarin Crimson Permanent Rose (Quinacridone) BLUES Ultramarine Blue Deep or Dark Cobalt Blue Prussian Blue or Phthalo Blue GREENS Viridian Viridian Hue (Phthalo Green) Chrome Oxide Green Olive Green Sap Green Yellow Green VIOLETS Mauve Blue Shade (Winsor&Newton) Dioxazine Violet or Purple EARTH COLORS Yellow Ochre Raw Sienna Raw Umber Burnt Sienna Terra Rosa Indian Red Venetian Red Burnt Umber Van Dyke Brown BLACKS Ivory Black Mars Black Chromatic Black Blue Black MARS COLORS Mars Yellow Mars Orange Mars Red Mars Violet IMPORTANT TO NOTE!! Please don’t be intimidated by this list! You will not be required to have all these colors on hand for our class. This is intended to be a recommendation for the studio. Specific colors on this list will come in handy for mixing in certain color plans. I will be happy to make suggestions along the way A good working palette for the studio would be: Cad. Yellow Lemon, Cad. Yellow Pale(warm), and/or Cad. -
Pale Intrusions Into Blue: the Development of a Color Hannah Rose Mendoza
Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2004 Pale Intrusions into Blue: The Development of a Color Hannah Rose Mendoza Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] THE FLORIDA STATE UNIVERSITY SCHOOL OF VISUAL ARTS AND DANCE PALE INTRUSIONS INTO BLUE: THE DEVELOPMENT OF A COLOR By HANNAH ROSE MENDOZA A Thesis submitted to the Department of Interior Design in partial fulfillment of the requirements for the degree of Master of Fine Arts Degree Awarded: Fall Semester, 2004 The members of the Committee approve the thesis of Hannah Rose Mendoza defended on October 21, 2004. _________________________ Lisa Waxman Professor Directing Thesis _________________________ Peter Munton Committee Member _________________________ Ricardo Navarro Committee Member Approved: ______________________________________ Eric Wiedegreen, Chair, Department of Interior Design ______________________________________ Sally Mcrorie, Dean, School of Visual Arts & Dance The Office of Graduate Studies has verified and approved the above named committee members. ii To Pepe, te amo y gracias. iii ACKNOWLEDGMENTS I want to express my gratitude to Lisa Waxman for her unflagging enthusiasm and sharp attention to detail. I also wish to thank the other members of my committee, Peter Munton and Rick Navarro for taking the time to read my thesis and offer a very helpful critique. I want to acknowledge the support received from my Mom and Dad, whose faith in me helped me get through this. Finally, I want to thank my son Jack, who despite being born as my thesis was nearing completion, saw fit to spit up on the manuscript only once. -
Notes on Colours and Pigments in the Ancient World
Journal of the International Colour Association (2012): 8, 61-67 Omarini Notes on colours and pigments in the ancient world Sergio Omarini National Institute of Optics – C.N.R. Florence, Italy Email: [email protected] There have been plenty of writings about ancient pigments, how to obtain them, what they contain, their physical and chemical properties, and how to identify them and, as they say, buckets of ink have been consumed in the process. What I feel needs emphasising here are some particular aspects that have been frequently overlooked. This paper is nothing other than a number of annotations about colours and pigments in the ancient world. The figurative expression of meaning is the first considered aspect. Blue ultramarine and purple are the two demonstrative considered examples where the “material meaning” is substituted by the “colour meaning”. The second considered aspect is the formulae uncertainty. This concerns the artificial pigments as the Ceruse or the Naples Yellow where the comprehension of the recipes is fundamental to understand the ancient composition. Prices, fashion and styles in the Roman world is the last considered aspect. This has strongly conditioned the diffusion of the pigments and, of course, of the colours. Published online: 29 June 2012 The figurative expression of meaning Ultramarine is an intense blue colour with some hints of violet; anyone going to a shop selling painting materials has no difficulty finding ultramarine, whether they are looking for chalk, pencils, paint in a tube or whatever. To tell the truth, the colour is not really codified and, for example, in the case of oil paint tubes, there are some differences between the various manufacturers. -
Ultramarine Blue
SAFETY DATA SHEET According to OSHA 29 CFR 1910.1200 – GHS Revision date: September 7, 2015 Supersedes: November 13, 2014 ULTRAMARINE BLUE 1. PRODUCT AND COMPANY IDENTIFICATION Product name: Ultramarine Blue, Nubix, Nubiperf, Nubiflow, Nubicoat HRD, Nubicoat HTS, Nubicoat HWR Victoria Ultramarine Blue Use: Coloring agents, Pigments Company identification: NUBIOLA USA 6369 Peachtree Street Norcross, GA 30071, USA Tel +1 (770) 277-8819 [email protected] Emergency telephone number: 800-424-9300 (CHEMTREC, 24 hours) International call: 703-527-3887 (collect calls accepted) 2. HAZARDS IDENTIFICATION Classification of the chemical in accordance with Standard 29 CFR 1910.1200 (US-GHS) Not classified. Label elements (Hazard Communication Standard 29 CFR 1910.1200 (US-GHS) No labelling applicable. 3. COMPOSITION / INFORMATION ON INGREDIENTS Chemical name CAS No Concentration (%) RTECS No Ultramarine Blue 57455-37-5 100 --- (Pigment Blue 29, CI 77007) Substance / Mixture: Substance Synonyms: Blue sodium polysulfide aluminosilicate sodalite-type 4. FIRST-AID MEASURES Description of first-aid measures In case of inhalation: If breathing is difficult, remove to fresh air and keep at rest in a position comfortable for breathing. If you feel unwell, seek medical attention. In case of skin contact: Rinse skin with water. If skin irritation occurs, get medical advice. In case of eye contact: Immediately flush eyes with plenty of water for at least 15 minutes. Remove contact lenses, if present and easy to do. Continue rising. If eye irritation occurs, get medical advice. In case of ingestion: Rinse mouth. Do not induce vomiting unless directed to do so by a physician. If you feel unwell, seek medical attention. -
Manufacturer of the World's Finest Artists' Paints
Manufacturer of the World’s Finest Artists’ Paints MADE IN THE USA SINCE 1976 Meet the Owner of DANIEL SMITH John Cogley John Cogley, the owner of DANIEL SMITH Artists’ Materials, joined the company in the Information Technology Department in 1988. With almost three decades of leading the company as President, CEO and Owner, John has been the driving force behind making DANIEL SMITH Watercolors and other products recognized as the world’s best. Because of John’s commitment to innovation and in manufacturing the highest quality paints and other products, artists worldwide can rely on the performance and continuity of DANIEL SMITH products year after year. DANIEL SMITH is the Innovative Sticks, artist-quality Water Soluble Oils Manufacturer of Beautiful Watercolors and inspiring Hand Poured Half Pan sets and Oils for Artists Worldwide. DANIEL SMITH has been the leader in From being the first manufacturer developing creative tools for Artists. to make the high-performance Making beautiful, innovative, and high Quinacridone pigments into artists’ quality artists paints, which perform paints, to the development of the exciting consistently from tube to tube, year after PrimaTek and Luminescent Watercolors year, makes DANIEL SMITH products the and Oils, Watercolor Grounds, Watercolor choice for artists worldwide. Stay connected with DANIEL SMITH online! INSTAGRAM FACEBOOK @danielsmithartistsmaterials @DanielSmithArtSupplies REGIONAL ACCOUNTS REGIONAL ACCOUNTS ASIA ASIA @danielsmithasia @Danielsmithartsupplies_asia EUROPE EUROPE @danielsmitheurope -
A New Evaluation of the Colors of the Sky for Artists and Designers
Sky Blue, But What Blue? A New Evaluation of the Colors of the Sky for Artists and Designers Ken Smith* Faculty of Art and Design, Monash University, Melbourne, Victoria, Australia Received 28 April 2006; accepted 21 June 2006 Abstract: This study describes a process of relating the solid that is capable of representing most of the colors of perceptual analysis of the colors of the terrestrial atmos- the sky using four of these pigments is proposed. phere to currently available pigments used in artists’ painting systems. This process sought to discover how the colors of the sky could be defined and simulated by these AN EMPIRICAL METHOD FOR ANALYZING pigments. The author also describes how confusion over SKY COLOR the bewildering choice of suitable pigments on offer in the market place can be clarified. Ó 2006 Wiley Periodicals, Science can explain why the earth’s atmosphere appears Inc. Col Res Appl, 32, 249 – 255, 2007; Published online in Wiley Inter- blue, the preferential scattering by air molecules of short 2 Science (www.interscience.wiley.com). DOI 10.1002/col.20291 wavelength light photons emitted from the sun. For artists the consequential questions are often more likely to Key words: art; design; sky color; perceived color; envi- be not why, but rather what; what are the blue colors that ronment; pigments; painting systems are perceived in the sky? These were the fundamental questions that lead to a reappraisal of how the colors of the sky can be represented by the pigments used in con- INTRODUCTION temporary painting systems. Before attempting to answer this question, a number of parameters had to be created. -
Gamblin Provides Is the Desire to Help Painters Choose the Materials That Best Support Their Own Artistic Intentions
AUGUST 2008 Mineral and Modern Pigments: Painters' Access to Color At the heart of all of the technical information that Gamblin provides is the desire to help painters choose the materials that best support their own artistic intentions. After all, when a painting is complete, all of the intention, thought, and feeling that went into creating the work exist solely in the materials. This issue of Studio Notes looks at Gamblin's organization of their color palette and the division of mineral and modern colors. This visual division of mineral and modern colors is unique in the art material industry, and it gives painters an insight into the makeup of pigments from which these colors are derived, as well as some practical information to help painters create their own personal color palettes. So, without further ado, let's take a look at the Gamblin Artists Grade Color Chart: The Mineral side of the color chart includes those colors made from inorganic pigments from earth and metals. These include earth colors such as Burnt Sienna and Yellow Ochre, as well as those metal-based colors such as Cadmium Yellows and Reds and Cobalt Blue, Green, and Violet. The Modern side of the color chart is comprised of colors made from modern "organic" pigments, which have a molecular structure based on carbon. These include the "tongue- twisting" color names like Quinacridone, Phthalocyanine, and Dioxazine. These two groups of colors have unique mixing characteristics, so this organization helps painters choose an appropriate palette for their artistic intentions. Eras of Pigment History This organization of the Gamblin chart can be broken down a bit further by giving it some historical perspective based on the three main eras of pigment history – Classical, Impressionist, and Modern. -
Prolific Pigmentfinal4.19.20 Copy
Proliic pigment Create your own unique color! Summary: Throughout history, people have used pigment to express them- selves. How do you make a pigment and what could you use it for? What kind of paint can you create using pigments found at home? Guiding Questions: What are pigments? Where do pigments come from? What could you use pigments for? Experience Goals: • Explore how pigments are made and used. • Make your own pigment and turn it into paint. Supplies: • Pigment Info Sheet • Fresh or Freeze-dried Blueberries (pigment material) • Water (binding material) • Coloring sheet (page 5) • Paintbrush and paint cup • Mortar and Pestle (or another grinding tool, like a bowl and large spoon) • A space you can get messy in! 1. Steps: 1. Explore Pigments a. Explore the Pigment Info Sheet to learn about pigment and how it is used. b. Think about what could create pigment in your home. Is there anything in your kitchen? How about colorful plants outside? c. We will use blueberries to make our color! You can ind the recipe in Step 3. What other colors could you create? What would you paint with them? 2. Make Your Pigment a. Gather your pigment material. Usually a pigment used in painting will be powdered, but can also be in juice form. Crushed up freeze dried fruits like blueberries make for an excellent pigment powder! b. Grind or mash up your pigment material. If using fresh blueberries, mash them then strain out the juice using a kitchen strainer. With frozen or freeze dried blueberries, use a mortar and pestle (or similar items like a bowl and large spoon) to grind them into a ine powder. -
PAINTING BEYOND the PHOTO (P-16) Laura Spector Intermediate / Advanced Monday Evening, 6:30 - 9:30 PM January 22, 29 and February 5, 12 4-Day Workshop
PAINTING BEYOND THE PHOTO (P-16) Laura Spector Intermediate / Advanced Monday evening, 6:30 - 9:30 PM January 22, 29 and February 5, 12 4-Day Workshop MATERIALS LIST Acrylic Paint: Please use Open Acrylics so they stay workable throughout class. Golden and Liquitex both make "Open" versions of their paint. If you already have heavy-bodied paint, you may want to contact the manufacturer to ask what medium they would recommend to add to their paint to make it "open". You will need a cool and warm of each primary color. 1. Titanium White (PW 6) 2. Zinc White (PW 4) 3. Pyrrole Red Light (PR 255) 4. Quinacridone Crimson (PR 206 / PR 202) 5. C.P. Cadmium Yellow Primrose (PY 35) 6. Hansa Yellow Medium (PY 73) 7. Yellow Ochre (PY 43) 8. Ultramarine Blue (PB 29) 9. Cerulean Blue (PB 36:1) 10. Burnt Sienna (PBr 7) 11. Burnt Umber (PBr 7) 12. Raw Umber (PBr 7) 13. Dioxazine Purple (PV 23) 14. Prussian Blue (PB15:1 / PV23 / Pbk9) 15. Cadmium Orange (PO 20) (This will likely be the most expensive color and used on most dark skin tones) *Optional - You can purchase SATIN Glazing Medium to extend your paints or use OPEN paints. Water Cup (Glass jar is helpful) Spray bottle (the kind for spraying house plants) Bag of WHITE rags (Southland Hardware - or any other hardware store has these) Art League School – Winter 2018 Oil Paint: *I have included the color index code for each pigment. (Ex: PY34). If you choose to use your favorite brand, please go by the color index code instead of the color name. -
Color Chart Rates and Transparencies.Indd
COLOR CHART KEY LIST OF COLORS ALPHABETICALLY COLOR NAME Color Index# TR DR ALIZARIN CRIMSON PR83 ST D IRIDESCENT PEWTER SO C chemical composition 1,2 dihydroxy anthraquinone on alumina base metal oxides on mica ALIZARIN ORANGE PY83 + PR177 T E IRIDESCENT SILVER OD TR = TRANSPARENCIES indian yellow + anthraquinone metal oxides on mica O = OPAQUE AZURE BLUE OD IVORY BLACK PBlk9 SO D phthalo blue + ultramarine blue + titanium-zinc white carbon from charred bone SO = SEMI-OPAQUE BLENDING STICK TE JAUNE BRILLANT OE ST = SEMI-TRANSPARENT contains no pigment cadmium orange and yellow + iron oxide + titanium-zinc white T = TRANSPARENT BLENDING STICK WITH DRIER TA KING’S BLUE OC contains no pigment cobalt blue + titanium-zinc white DR = PIGMENT STICK DRYING RATES BRILLIANT YELLOW X-PALE OE LAMP BLACK PBlk6 O E+ titanium-zinc white + cadmium yellow carbon from oil fl ame STROKE LIGHT FIRM IMPASTO BROWN PINK PR101 ST C MANGANESE VIOLET PV16 ST B A = Very Fast 1 - 2 Days 1 - 2 Days 2 - 4 Days transparent iron oxide manganese ammonium phosphate BURNT SIENNA PBr7 ST B MANGANESE BLUE HUE TE B = Fast 2 - 4 Days 3 - 7 Days 5 - 10 Days natural earth, calcined cerulean blue + phthalo blue + zinc sulfi de C = Medium 6 - 9 Days 7 - 12 Days 14 - 17 Days BURNT UMBER PBr7 SO A MARS BLACK PBlk11 O C D = Slow 7 - 12 Days 12 - 16 Days 15 - 27 Days natural earth, calcined ferroso-ferric oxide CADMIUM GREEN PG18 + PY37 SO B MARS ORANGE PR101 O C E = Very Slow 10 - 12 Days 16 - 30 Days 28 - 50 Days viridian + cadmium yellow synthesized iron oxide, calcined E+ = Off Chart 45 Days 70 Days 90 Days or more CADMIUM GREEN PALE PG18 + PY37 O C MARS RED PR101 O C viridian + cadmium yellow synthesized iron oxide, calcined CADMIUM LEMON PY37 O C MARS VIOLET PR101 O C c.p.