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Chemistry Collection

Background imageChemistry Collection: The Periodic Table Digital Illustration

The Periodic Table Digital Illustration
In the late 19th century, Russian chemist Dmitri Mendeleev published his first attempt at grouping chemical elements according to their atomic weights

Background imageChemistry Collection: Rectification Device

Rectification Device
Antique illustration of a DesireSavalles device for rectifying alcohol

Background imageChemistry Collection: Worshipful Company of Salters armorial

Worshipful Company of Salters armorial
This is the coat of arms of the Worshipful Company of Salters, as presented in a publication dated around 1800. The Worshipful Companies are trade associations based in the City of London

Background imageChemistry Collection: Preparation of diethyl ether, wood engraving, published in 1880

Preparation of diethyl ether, wood engraving, published in 1880
Preparation of diethyl ether: condensation of ethyl alcohol (ethanol) and sulfuric acid at a temperature of 130 to 140 A C (273 to 413 A K). Wood engraving, published in 1880

Background imageChemistry Collection: Thomas Britton

Thomas Britton.Engraved image in feb 1777 by lond mag.AdobeRGB.Now in the public domain

Background imageChemistry Collection: Antique illustration of scientific discoveries: Steam power, Marquis de Jouffroy

Antique illustration of scientific discoveries: Steam power, Marquis de Jouffroy

Background imageChemistry Collection: Antique illustration of scientific discoveries, electricity and magnetism

Antique illustration of scientific discoveries, electricity and magnetism: Benjamin Franklin

Background imageChemistry Collection: Antique illustration of scientist: Isambard Kingdom Brunel

Antique illustration of scientist: Isambard Kingdom Brunel

Background imageChemistry Collection: Antique illustration of scientific discoveries, electricity and magnetism: Cruikshank

Antique illustration of scientific discoveries, electricity and magnetism: Cruikshank

Background imageChemistry Collection: Sea salt, SEM

Sea salt, SEM
Sea salt. Coloured scanning electron micrograph (SEM) of sea salt, showing its crystalline structure. Sea salt consists mainly of sodium chloride (NaCl), but unlike pure table salt

Background imageChemistry Collection: Particles in blood vessel, illustration

Particles in blood vessel, illustration
Nanoparticles in blood vessel, computer illustration. Conceptual image demonstrating a potential application of nanotechnology for diagnosis and treatment of diseases

Background imageChemistry Collection: Preparation of chlorine water, wood engraving, published in 1880

Preparation of chlorine water, wood engraving, published in 1880
Preparation of chlorine water: Chlorine gas is fed into a filled halfway with water bottle until the water is saturated with chlorine, and continues to flow into the next bottle

Background imageChemistry Collection: Scientific experiment

Scientific experiment - Scanned 1887 Engraving

Background imageChemistry Collection: Illustration, cross-section diagram of catalytic converter with arrows indicating the direction of

Illustration, cross-section diagram of catalytic converter with arrows indicating the direction of emissions flow

Background imageChemistry Collection: Digital illustration of yellow fluorine gas

Digital illustration of yellow fluorine gas

Background imageChemistry Collection: Digital illustration of atoms of solid and liquid gas in beakers

Digital illustration of atoms of solid and liquid gas in beakers

Background imageChemistry Collection: Illustration of oxygen molecules

Illustration of oxygen molecules

Background imageChemistry Collection: Illustration of oxygen atom

Illustration of oxygen atom

Background imageChemistry Collection: Illustration of John Dalton, portrait

Illustration of John Dalton, portrait

Background imageChemistry Collection: Illustration, electromagnet lifting red car

Illustration, electromagnet lifting red car

Background imageChemistry Collection: Illustration of fractional distillation, the separation of mixture into component parts

Illustration of fractional distillation, the separation of mixture into component parts, or fractions by heating to temperature at which several fractions of compound evaporate

Background imageChemistry Collection: Illustration of molecule structure of Buckminsterfullerene, an allotrope of carbon

Illustration of molecule structure of Buckminsterfullerene, an allotrope of carbon

Background imageChemistry Collection: glass laboratory flasks

glass laboratory flasks
Glass flasks with liquid as used in research and science labs for scientific, medical, and chemical analysis and research

Background imageChemistry Collection: Antique illustration of Portrait de Pasteur by Edelfelt

Antique illustration of Portrait de Pasteur by Edelfelt

Background imageChemistry Collection: Apparatus for distillation

Apparatus for distillation
illustration of a Distilling Apparatus

Background imageChemistry Collection: caliper

caliper
Antique illustration of a caliper

Background imageChemistry Collection: Microscope

Microscope
Antique illustration of a microscope

Background imageChemistry Collection: Compound microscope

Compound microscope
Antique illustration of a Compound microscope

Background imageChemistry Collection: Binocular Microscope

Binocular Microscope
Antique illustration of a Binocular Microscope

Background imageChemistry Collection: Microscopes

Microscopes
Antique illustration engraving of a various microscopes

Background imageChemistry Collection: Compound microscope by Edmund Hartnack

Compound microscope by Edmund Hartnack
Antique illustration of a compound microscope made by Edmund Hartnack

Background imageChemistry Collection: Binocularly microscope

Binocularly microscope
Antique illustration of a binocularly microscope

Background imageChemistry Collection: Zeiss dissecting microscope

Zeiss dissecting microscope
Antique illustration of a Zeiss dissecting microscope

Background imageChemistry Collection: Wenham Binocular Microscope

Wenham Binocular Microscope
Antique illustration of a WENHAM BINOCULAR MICROSCOPE

Background imageChemistry Collection: Medic kit

Medic kit
Illustration of a medicinal and bandage bag of hospital assistants

Background imageChemistry Collection: Battery - medicine and bandage box

Battery - medicine and bandage box
Illustration of a Battery - medicine and bandage box

Background imageChemistry Collection: Silver smelting

Silver smelting
Illustration of a Silver smelting industry

Background imageChemistry Collection: Molecular model of Formic Acid, digital illustration

Molecular model of Formic Acid, digital illustration

Background imageChemistry Collection: Molecular model of Hydrogen Sulphide, digital illustration

Molecular model of Hydrogen Sulphide, digital illustration

Background imageChemistry Collection: Molecular model of Ammonia, digital illustration

Molecular model of Ammonia, digital illustration

Background imageChemistry Collection: Carbon atom, digital illustration

Carbon atom, digital illustration

Background imageChemistry Collection: Diagram showing light hitting a concave mirror

Diagram showing light hitting a concave mirror

Background imageChemistry Collection: Diagram showing light hitting a convex mirror

Diagram showing light hitting a convex mirror

Background imageChemistry Collection: Sound wave created by a percussion instrument, digital illustration

Sound wave created by a percussion instrument, digital illustration

Background imageChemistry Collection: Tidal power generator, cross section

Tidal power generator, cross section

Background imageChemistry Collection: Sewage treatment plant in countryside

Sewage treatment plant in countryside

Background imageChemistry Collection: Illustration of macromolecule of sodium chloride (salt)

Illustration of macromolecule of sodium chloride (salt)

Background imageChemistry Collection: Illustration of mass spectrometry, an analytical technique identifying molecular mass of sample of

Illustration of mass spectrometry, an analytical technique identifying molecular mass of sample of charged particles



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