Improving catalysis by moving water
[ad_1] The conversion of gases into building blocks for synthesizing plastics is enhanced [ad_2] Source link
Improving catalysis by moving water Read More »
[ad_1] The conversion of gases into building blocks for synthesizing plastics is enhanced [ad_2] Source link
Improving catalysis by moving water Read More »
[ad_1] Surface reaction rate constants were measured accurately so that a meaningful comparison with theory can now be made. [ad_2] Source link
Quantum effects in thermal reaction rates at metal surfaces Read More »
[ad_1] High-throughput tool uncovers links between cell signaling and nanomaterial uptake [ad_2] Source link
One step closer to cancer nanomedicine Read More »
[ad_1] A pair of researchers outline strategies for ensuring that postsecondary courses are inclusive [ad_2] Source link
Setting college students up for success Read More »
[ad_1] Boron arsenide is a semiconductor with high thermal conductivity and electron-hole mobility. [ad_2] Source link
High ambipolar mobility in cubic boron arsenide Read More »
[ad_1] Boron arsenide is a semiconductor with high thermal conductivity and electron-hole mobility. [ad_2] Source link
[ad_1] Competition with other species, not climate, explains the narrower elevational ranges of bird species on tropical versus temperate mountains. [ad_2] Source link
Interspecific competition limits bird species’ ranges in tropical mountains Read More »
[ad_1] A dipolar cycloaddition and ruthenium-catalyzed oxidation enables comparatively efficient synthesis of a potent neurotoxin. [ad_2] Source link
A concise synthesis of tetrodotoxin Read More »
[ad_1] Mixing a hydrophobic polymer with a solid catalyst improves performance by accelerating the escape of product water. [ad_2] Source link
[ad_1] A large chromosomal inversion under divergent selection maintains distinct forest and prairie ecotypes of deer mice. [ad_2] Source link