Acid Collection (page 3)

Eugene Turpin, inventor of turpinite, WW1
Eugene Turpin, French inventor and chemist who in 1884, first discovered melinite (picric acid) which produced the worlds first explosive shells

Effect acid blood fig 8 9 Print top right Pag
Effect of acid on the blood, fig. 8 and 9, Print top right: Pag: 231, medical research, branches of medicine (scientific research), Jan Luyken, Amsterdam, 1683, paper, etching, h 132 mm × w 80 mm

Glama-Stroberle Joao 1708-1792 pencil ink chalk
Glama-Stroberle, Joao, 1708-1792, pencil, ink, chalk, wash, 1741, Sketchbook II of III dated 14 February 1741. It is dedicated on the first leaf to Sigr Abate Gioachino Rizzi Segretario dal Regimento

Sulfur baskets and smoking sulfur pipes, Kawa ijen

DNA. Deoxyribonucleic acid, model

Advert for Carbolic smoke ball 1892
Carbolic smoke ball, Hay Fever positively cured and prevented. Testimonials include It acted like magic! It is simply invaluable!. 1892

Serine molecule
Serine, molecular model. Non-essential proteinogenic amino acid. Atoms are represented as spheres and are colour-coded: carbon (grey), hydrogen (blue-green), nitrogen (blue) and oxygen (red)

Sulphuric acid production. Schematic diagram of the Contact Process to make sulphuric acid from sulphur. Sulphur (yellow) enters a roasting tower on a conveyor belt (far left)

Acetic acid molecule
Acetic acid, molecular model. Acetic acid, also called ethanoic acid, is the component of vinegar that gives it its sour taste and pungent smell

Distillation of oil of vitriol also known as sulphuric acid, 1651. Iron retort with cover, detail at C, D, is placed in furnace and connected to receiver at A

Charles Balloon Leaves
The unmanned balloon with inflammable Air drawn from Iron by a Vitriolic Acid soars from the Champ de Mars, Paris, to Gonzesse where it will be attacked by peasants. Date: 27 August 1783

Charles Balloon Soars
The unmanned balloon with inflammable Air drawn from Iron by a Vitriolic Acid rises from the Champ de Mars, Paris : landing at Gonzesse it will be attacked by peasants. Date: 27 August 1783

Inflating Charles Ballon
The balloon is filled with inflammable Air drawn from Iron by means of a Vitriolic Acid; it will make an unmanned flight from the Champ de Mars to Gonzesse. Date: 27 August 1783

From Barrel to Bar
How the beer gets from the barrels in the cellar to the taps in the bar, thanks to carbonic acid gas in Hermann- Lachapelles apparatus Date: circa 1880

Trade card, Horsfords Acid Phosphate
Trade card for Horsfords Acid Phosphate, for mental and physical exhaustion, dyspepsia, etc, manufactured by Rumford Chemical Works of Providence, Rhode Island, USA. Date: circa late 19th century

Suffragette Militant Pillar Box Acid Attack. An item of post damaged in a militant suffragette attack on a pillar box. The letter was partially burnt by acid on 16th April 1913, in Nottingham

Anti-Suffrage Army of Militants. Extreme German view of the English Army of Militant Suffragettes with their weapons of war - bombs, guns, axes, acid and scissors. Date: circa 1913

By-products developed from coal by G. H. Davis
The enormous importance of coal as the basic element in vital war manufactures. A diagrammatic drawing showing a great variety of by-products developed from coal. Date: 1944

Tatler front cover, March 1964
Front cover of The Tatler featuring a model posing in a heavily-beaded jacket with fluted sleeves, by Marc Bohan at Christian Dior

Advertisement for Horsfords Acid Phosphate
Horsfords Acid Phosphate, for mental & physical exhaustion, dyspepsia. It makes a delicious drink with water and sugar only. Rumford Chemical works

Molecular model of Formic Acid, digital illustration

Molecular model of Hydrogen Sulphide, digital illustration

Molecular model of Ammonia, digital illustration

Illustration showing how enzymes flow through human pancreatic duct into duodenum of small intestine, breaking down peptides into amino acids

Illustration of villus in human small intestine absorbing peptides and amino acids into capillaries

Illustration of polyunsaturated fat sources in bottles of oil, oily fish, and sunflower seeds

Illustration of copper electrode, as cathode electrons arrive from zinc anode via external circuit, they reduce hydrogen ions from acid, forming hydrogen gas molecules

Illustration of zinc atoms in electrode dissolving in acid, losing electrons to form cations

Illustration of neutral pH (pure water), a measure of acidity in chemistry

Black and white digital illustration of corrosive liquid dripping onto hand and destroying skin

Kawah Ijen, acid lake with sulfur coast, Java Island, Indonesia
June 17, 2008 - Kawah Ijen, acid lake with sulfur coast, Java Island, Indonesia

Fumaroles in potassium salt deposits, Dallol geothermal area, Danakil Depression
February 1, 2011 - Dallol geothermal area, fumaroles in potassium salt deposits formed by brine hot springs, Danakil Depression, Ethiopia

Papandayan acid lake with fumarole reflection, Java Island, Indonesia
June 4, 2006 - Papandayan acid lake with fumarole reflection, Java Island, Indonesia

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"Exploring the Effects of Acid: From Porthgain Lime Workings to Chemistry Laboratories" The Porthgain lime workings in Pembrokeshire, West Wales, stand as a testament to the historical significance in extracting limestone for various purposes. A slice of Canyon Diablo meteorite reveals the powerful impact that they can have on celestial bodies, shaping their composition and structure over millions of years. Rust treatment is just one example of how they can be harnessed for practical applications, preserving and restoring metal surfaces with their corrosive properties. The creatine amino acid molecule showcases the intricate nature of organic compounds influenced by acids, playing a crucial role in muscle function and energy production. Unveiling an unexpected connection between suffragette history and acid, militant attacks on golf courses during protests shed light on unconventional methods employed by activists fighting for women's rights. Acid rain has deeply eroded the limestone pavement above Malham Cove, leaving behind clints (lumps) and grykes (gaps), which provide unique habitats for rare plants like hart's tongue ferns. Forestry workers utilizing forwarder machines demonstrate how acid-free environments are essential when removing felled timber from Dunwich Forest to preserve its natural balance. The Murchison CM2 carbonaceous chondrite meteorite holds valuable insights into our understanding of early solar system chemistry and the role that acids played in its formation. Stepping back in time to 19th-century chemistry laboratories unveils vintage equipment used to study acids' properties - a testament to humanity's continuous exploration into this fascinating realm. Victoria College's Alexandria Chemistry Laboratory stands as a hub where young minds delve into experiments involving various types of acids, fostering scientific curiosity among future chemists. "From Cellar to Bar" captures the transformative power of acidic fermentation processes involved in brewing and winemaking, where sugars are converted into alcohol, creating delightful beverages.