It's actually pretty easy to make your own instantly freezing bubbles with standard children's bubble-making liquid.
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Reuters reported Foxconn was reconsidering making liquid crystal display panels and intended to hire mostly engineers and researchers there.
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We look forward to seeing Renergen and WSCE making liquid natural gas and liquid helium in South Africa a reality, said the company in an official statement.
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"We look forward to seeing Renergen and WSCE making liquid natural gas and liquid helium in South Africa a reality," said the company in an official statement.
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To create the levitating top, Skye placed a large ring-shaped magnet in a wooden base filled with bubble-making liquid, and a smaller ring-shaped magnet in a small top.
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At the heart of Merck's chemicals division is a business making liquid crystals for flat screens, which has previously achieved operating income margins of 40-50 percent but is now suffering shrinking sales under intense pressure from Chinese rivals.
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A Natterer compressor was a type of air compression machine which was used in early experiments in making liquid oxygen (LOX) in the 1870s. A manually operated screw jack was utilized to compress air or other gases up to ~200 atm (~3000 psi). The device was created by Johann Natterer, a student of Adolf Martin Pleischl, for experiments creating liquid carbonic acid.
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Ed's Amazing Liquid Light Show (2012) is a young artist-collaboration based in Amsterdam. Ed's Amazing Liquid Light's core businesses are: Performing Liquid Light Shows, making Liquid Light video's for various purposes and producing Liquid Light Art. Liquid Light Art is the art of shooting, editing and presenting stills from a liquid light show in High Definition. Diogenes Lantern works A classic liquid light show was provided at Chet Helms' (Avalon Ballroom, San Francisco) "Denver Dog / Family Dog" in Denver in 1967.
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Liquid Sky was produced and directed by Slava Tsukerman, who, prior to making Liquid Sky, had had a successful career as a documentary and TV film director in the USSR and Israel. The screenplay was written by Tsukerman, his wife and ubiquitous co-producer Nina V. Kerova, and Anne Carlisle, who also enacted the film's two leading roles. The director of photography, Yuri Neyman, a Russian émigré, was also the film's special effects expert. Anne Carlisle also wrote a novel based on the film in 1987.
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Liquid latex is usually made of 33% latex, 66% water, and less than 1% ammonia (to increase its shelf life and to control the pH of the solution). Liquid latex is sold in volumes ranging from 2 ounces to 1 gallon, and its consistency is similar to latex house paint. Cosmetic liquid latex contains approximately 0.3% ammonia, while craft and mould-making liquid latex can contain more than double this amount, giving the latter a much stronger odour. Liquid latex is naturally clear, and dries into a translucent amber colour.
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In the early 1950s, Frohring received patents for Frohring Cement Mixers, a line of compact, portable mixers than can be moved out to a field and operated by hand, electric motor, gasoline motor or tractor motor. In 1953, Frohring patented a neurological research device known as a biothesiometer, used to determine a patient's sensitivity to vibration. Other patents include a formula for hypo-alergic milk, a process of making liquid malted milk, and a method for determining vitamin A deficiency, and a method for extracting carotene. He was made an honorary doctor of science by McKinley-Roosevelt College in Chicago, Illinois.
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Downsides of these systems however are that they are much less efficient in discarding the heat and thus also need to have much more coolant - and thus a much bigger coolant reservoir - giving the coolant more time to cool down. Liquids allow the transfer of more heat from the parts being cooled than air, making liquid cooling suitable for overclocking and high performance computer applications. Compared to air cooling, liquid cooling is also influenced less by the ambient temperature. Liquid cooling's comparatively low noise-level compares favourably to that of air cooling, which can become quite noisy.
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The [n]cubylcubanes are rigid molecular rods with the particular promise at the time of making liquid crystals with exceptional UV transparency. As the number of linked cubane units increases, the solubility of [n]cubylcubane plunges; as a result, only limited chain length (up to 40 units) have been successfully synthesized in solutions. The skeleton of [n]cubylcubanes is still composed of enormously strained carbon cubes, which therefore limit its stability. In contrast, researchers at Penn State University showed that poly-cubane synthesized by solid-state reaction is 100% sp3 carbon bonded with a tetrahedral angle (109.5 degree) and exhibits exceptional optical properties (high refractive index).
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The terms CCS and CCUS (Carbon Capture, Utilization, and Storage) are often used interchangeably. The difference between the two is the specified 'utilization' of the captured carbon and refers to its use for other applications, such as enhanced oil recovery (EOR), potentially making liquid fuel, or the manufacturing of useful consumer goods, such as plastics. Since both approaches capture emitted CO2 and effectively store it, whether that be under-ground in geological formations or long-term trapping in material products, the two terms are often treated the same. CCS is considered as a basis of one climate stabilization wedge, which is a proposed climate mitigation action to reduce approximately 1 billion tonnes of carbon emissions over 50 years.
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