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Questions related from Christian Everett
Would it be possible to use sodium in liquid anhydrous ammonia (Birch reduction) to reduce titanium dioxide to titanium metal?
06 December 2024 7,161 1 View
Would it be possible to use existing and/or genetically modified entomological viruses to create a species specific, gonad specific virus to control and/or eliminate the mosquito that is the...
02 December 2024 1,257 2 View
Would a polyamide composed of cis/trans‐1,4‐cyclohexanedicarboxylic acid and cis/trans‐1,4‐cyclohexanediamine be inherently elastic?
29 November 2024 5,669 2 View
Would it be possible to use the magnetic confinement as used in fusion research to contain the tin plasma that produces the EUV light for semiconductor lithography?
26 November 2024 9,041 1 View
Currently metal injection molding of aluminum and stainless steel uses these metals in the form of a finely divided powder which increases cost and adds an additional step of sintering which is...
25 November 2024 7,944 3 View
Would it be feasible and economically practical to: 1) Hydrogenate PET with copper chromate at 3000 psi to obtain 1,4 benzenedimethanol ethylene glycol ether, 2) Cleave the 1,4 benzenedimethanol...
25 November 2024 2,639 1 View
Titanium dioxide is a covalent molecule and I wanted to ask if it might be reduced to titanium metal by the Wolff-Kishner Reduction in the same manner that organic carbonyls are reduced to alkanes.
14 November 2024 9,404 4 View
Would it be possible to hydrogenate titanium dioxide to titanium metal with a platinum catalyst in ammonia, ethylamine or ethylenediamine?
02 May 2024 3,599 7 View
Would it be possible to use inertial confinement as used in nuclear fusion for the containment of tin plasma for the production of EUV light for semiconductor lithography?
28 August 2023 4,695 1 View
I was interested in an aryl polyester composed of terepthallic acid and 1,4 benzenedimethanol and whether it would be strong like aryl arimides such as Kevlar and Nomex. Eastman Chemical had been...
24 March 2023 6,099 0 View