Group of paper pinned together of various experiments. Items include Tail light invention for Defence Dept. 18/9/41, Heat of glass, Refractive Index Tests on Melbourne Tap Water 31/7/42, Research Data, Manufacture of the Buoys 18/1/43, Specifications 1/12/42, List of substances with their Atomic No., Symbol, Atomic Weight, Melting Point and Year of discovery and a hand drawn diagram for an experiment. Bendigo Electronic Company of Australia Pty Ltdsciences, instruments - general, scalebuoy, bill ashman collection - correspondence, bendigo electronic company of australia pty ltd, defence dept, capt slattery, f a stevenson

Used for electrical experimentsBlack metal cage with curved mesh top. Three rows of ceramic resisters supporting wire elements. Two red terminals at one end. Red label - 30 OHMS, 4A A MAX on endMetal plate on top - "Leitz - Wetzlar 230 volts 7 amp"load resister, electrical, volts, ceramic resisters, wire elements, leitz-wetzlar, amperes, omhs

Hardcover, A5Size book. Tan cover with gold writing 147 pagesAuthors - Harry H Laidlaw - Assistant professor of Entomology and assistant Apiculturist in the Experiment Station,University of California at Davis J E Eckett - Professor of Entomology and Apiculturist in the Experiment Station, University of California at Davis. Dedication - The Authors respecfully dedicate this book to those who have advanced the knowledge of the fundamentals underlying the production of good Queens

Students conducting field experimentsImage digitised from negativewyperfeld national park, mchs camp

Pioneer xrays were undertaken at the Ballarat School of Mines in 1896. They are discussed in this book.Brown hard-covered book of 82 pages. The book includes information onthe discovery of x-ray, Roentgen's discovery, and a number of Australian pioneers of x-ray, including the Ballarat School of Mines experiments in 1896"Donated to the School of Mines and Industries Ballarat by the Musuem, Australian Medical Association, 293 Royal Pde, Parkville. 20/6/78. David O'Sullivan Hon. Curator.frank, g w selby, f j clendinnen, william john hancock, william fox, william bragg, s barbour, lawrence bragg, h m hewlett, martell, j m sutherland, sutherland, t r treloar, treloar, xray, x-ray

Used in Physics and Electrical Engineering laboratory experimentsPotentiometer, Type D-73-E in polished wood box with lift out circuit diagram inside the lid. Black top panel with terminal posts, switches and selector knobs.Black Dymon tape on lid "Ass.No. 50"scientific instrument, potentiometer, physics, electrical engineering, laboratory

Used in Physics and Electrical Engineering laboratory experiments.D.C. micro and milliammeter, 6 ranges: 100 microAmp; 500 microAmp; 1 milliAmp, 5 milliAmp, 10 milliAmp, 50 milliAmp. Semi-circular scale. In varnished wood case with hinged lid. Leather strap carry handle. Series No 5276 Type PC6scientific instrument, ammeter, electrical instrument, physics, electrical engineering, laboratory

An optical table is a piece of equipment used for optics experiments and engineering. The Optical Bench is a less sophisticated piece of equipment used for simple experiments. Components such as light sources and lenses can be bolted down and easily shifted along the length of the rail.A solid wood board. A steel ruler scale on top, 0-30mm, mounted along one edge. Fixed along the opposite edge is a 10mm diam. steel bar, 41cm long.W.G. Pye & Co. Eng. Cambridge.physics, scientific instrument, optics, engineering, light sources, lenses, optical table

Used for measuring electric current. It works by using a compass needle to compare a magnetic field generated by the known current to the magnetic field of the Earth.A "compass rose" type of horizontal full-circle scale, with 4 0-90 unit quandrants. Balanced, free-floating needle. Located centrally wired to a vertical coil. Horizontal distance scales, one each side and perpendicular to the core. All mounted on polished wood base, equipped with 3 terminal posts. Materials: glass, wood, metal.elementary, physics, experiment, galvanonometer, ballarat school of mines, scientific instruments

These organ pipes were used for Physics experiments at the Ballarat School of Mines. Seven timber organ pipesscientific instrument, ballarat school of mines, organ pipes

These organ pipes were used for Physics experiments at the Ballarat School of Mines. A series of brass blocks connectable with insertable pint, mounted on black panel on a varnished wood base konwn as a Post Office Box (Sreies Resistors).Serial Number 1941scientific instrument, ballarat school of mines, physics

The photronic cell used in electrical experiments to demonstrate control of currents and lighting.Black bakelite circular case with two socket pins. Circular open top with tiny copper pins around the edge. Box Black and whiteName of maker and item: WESTON PHOTRONIC CELL MODEL 594 PAT PEND NEWARK N J U S Aweston, photronic cell, socket pins, copper pins, bakelite, experimental, electrical currents, lighting

Five page copy of a broadcast titled 'Hydroculture' dated 10 September, 1937. Heading - Chemistry of Today. Mentioned is plant growth, farmers, chemicals for plant growth, and an experiment with a tomato plant grown in a bucket. Broadcast (2) written at the top of page.sciences, instruments - general, bill ashman collection - correspondence, chemistry of today, hydroculture, john seaverns

According to 'Salute to the X-Ray Pioneers of Australia' the X-Rays experiments conducted at the Ballarat School of Mines 'played a conspicuous part in the development of the application for x-rays to medicine.' John M. Sutherland conducted most of the experiments with induction coils giving 6 inch, 12 inch and 16 inch sparks respectively. Photograph of a timber frame with 27 original X-Rays conducted by John Sutherland at the Ballarat School of Mines. X-Rays include human bones, kangaroo hand, steel, bent knee, gold in quartz, snake, and others.x-ray, john m. sutherland, ballarat school of mines, john mckenzie sutherland, xray, pioneer xrays

Anne Scott Wilson is a video and photography artist interested in memory, motion and the body. Her work often experiments with movement and light exposure over time. The images in Fly Rhythm series record landscapes from the Dandenong Ranges to Altona and were produced for an exhibition at the Wyndham Art Gallery called EXPERIMENT in 2012.australian art, australian photography, photography, female artist, landscape

Greensborough Primary School participated in an egg-cracking science experiment as part of Education Week 1995.Newspaper clipping, black and white text and image.greensborough primary school, education week

Discusses pragmatic buildings in contrast to the architecture of dreamers, experimenters and idealists through a review of Peter Cook's book "Experimental Architecture".Original manuscript of an article published as 'Utopians versus the squares' in "The Sunday Australian", 1971.Typewritten (c copy), quarto, 9 pagespeter cook, archigram, experimental architecture, robin boyd, manuscript

The arc lamp provided one of the first commercial uses for electricity, a phenomenon previously confined to experiment, the telegraph, and entertainment. Ref. Wikipedia.An old item and very rare. Owned by a local resident's grandfather who lived in Melbourne.Brass base with handle at front. Horizontal round bakelite handles for adjusting the arc between the electrodes (vertical carbon pencil shapes meeting at point and opposite each other. It has adjustments for direction and height. It is heavy. Unknown source of power - battery?Nilsilent movies, projector lamp, carbon arc projector lamp

Typed letter, dated 3/11/45, to Mr. Stevenson from Dr. W. N. Abbott. Letter mentions the Scalebuoy effect. He also asks that some work be done on the factor of augmentation, by means of a new technique called Capillary Dynamolyais. Also mentioned are instructions for an experiment.sciences, instruments - general, scalebuoy, bill ashman collection - correspondence, dr w n abbott, mr stevenson, brunninghaus

Celluloid was the first plastic. The first Celluloid experiments began in 1856 by Alexander Parkes in Birmingham, England. Later in the same year, he patented his invention "Parkesine". By 1868, no advancement was achieved, and Parkes' labor and efforts were ended. In 1869, Englishman Daniel Stills created a company called Xylonite to experiment and create a product similar to Parkesine. These efforts ended in 1874 when Stills went bankrupt. Celluloid / xylonite was made into toiletry articles, novelties, photographic film, and many other mass-produced goods. Its popularity began to wane only toward the middle of the 20th century, following the introduction of plastics based on entirely synthetic polymers. This item is an example of a personal item made of this synthetic plastic.A xylonite backed man's hairbrush. Backing is yellowish/cream. There is a small ornate decoration (initials?). The top is scooped. the bristles are possibly boar bristles.toiletries-men's hairbrush xylonite celluloid

Celluloid was the first plastic. The first Celluloid experiments began in 1856 by Alexander Parkes in Birmingham, England. Later in the same year, he patented his invention "Parkesine". By 1868, no advancement was achieved, and Parkes' labor and efforts were ended. In 1869, Englishman Daniel Stills created a company called Xylonite to experiment and create a product similar to Parkesine. These efforts ended in 1874 when Stills went bankrupt. Celluloid was made into toiletry articles, novelties, photographic film, and many other mass-produced goods. Its popularity began to wane only toward the middle of the 20th century, following the introduction of plastics based on entirely synthetic polymers. This item is an example of a personal effect made from celluloid.A creamy yellow xylonite backed hand mirror with a narrow handle. The back is decorated with a swirling pattern (initials?).

Penleigh Boyd, Robin and Patricia Boyd's son, recalls that "Robin experimented with stereoscopic photography which, when viewed through either polaroid or red/green glasses, produced a three dimensional effect. A special double lens attachment with image splitting mirror was added in front of the normal camera lens to produce a double image similar to the image seen by each left and right eye". Robin experimented with stereoscopic photography when they lived in the 158 Riversdale Road Camberwell.Stereoscopic camera lens in a box with instructions in Japanese and Englishwalsh st miscellaneous, robin boyd