129 results on '"Jacoby, P."'
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2. Chemically strengthened glass finds a new application: Ford starts using the lightweight, tough material that keeps your cell phone safe in one of its cars.
3. What's glass, and how are modern-day researchers enhancing its properties? Easily tailored through chemistry, the vintage material plays a crucial role in applications old and new.
4. Detection of gravitational waves wins 2017 Nobel Prize in Physics: LIGO scientists Rainer Weiss, Barry C. Barish, and Kip S. Thorne pioneered the design of detector of black-hole mergers and other astronomical events.
5. Fuel-cell cars finally drive off the lot.
6. BOZHI TIAN.
7. Hunting for the hidden chemistry in heterogeneous catalysts: Advances in analytical techniques uncover subtleties of these essential industrial catalysts.
8. 2-D materials stack up: In just a few years, researchers have moved well beyond graphene and generated numerous ultrathin materials with elements across the periodic table.
9. A chemist's chemist.
10. c&en's 10 Start-ups to Watch.
11. C&EN profiles ICCAS, one of China's leading chemistry institutes.
12. Taking catalysis to the atomic limit.
13. Revealing materials' secrets with synchrotron light.
14. Liquid metals take shape.
15. Commercializing low-cost solar cells.
16. Meet Mostafa A. El-Sayed, 2016 Priestley Medalist.
17. How Redox Flow Batteries Could Stabilize Our Electric Grids.
18. Cool fuel for hypersonic aircraft: Heat-absorbing reactions could enable a hydrocarbon propellant to double as a coolant.
19. Why e?orts to use green fuels sometimes run afoul.
20. COMPUTER-DRIVEN RESEARCH REACHED NEW MILESTONES.
21. Catalyst treatment could boost exhaust cleanup: Steam treating enhances platinum's durability and knack for scrubbing CO from engine emissions.
22. COVALENT ORGANIC FRAMEWORKS DEBUTED AND MULTIPLIED QUICKLY.
23. Permeable polymer is choosy about what gases it passes.
24. Liquid metals catalyze industrial reactions.
25. Scanning probes investigate nanoscale phenomena.
26. C&EN talks with Wei Yang, president of China's National Natural Science Foundation.
27. New materials for fire resistant batteries.
28. Terahertz radiation probes polymers.
29. 2-step synthesis yields large 2-D COF crystals.
30. Taking 2-D materials' temperature at the nanoscale.
31. Grain boundaries impede ion conduction in solid electrolytes: Simulations quantify performance of solid-state replacements for flammable liquids in Li-ion batteries.
32. Arsenic holds uranium in check: Analyses show that poisonous element helps prevent uranium migration in the environment.
33. Voltage loss in Li-ion batteries explained: Study uncovers crystal structure change during discharging of experimental high-capacity batteries that leads to failure.
34. Lightning triggers nuclear reactions.
35. Method reveals secrets of bimetallic catalysts: Single-molecule, single-particle imaging study quantifies catalytic enhancement.
36. Making invisible inks more invisible: Simple process converts MOF in invisible ink to luminescent nanocrystals, providing reversible invisibility.
37. Imaging lithium dendrite growth via cryo-electron microscopy: Method preserves and reveals structure and composition details obscured by standard microscopy methods.
38. Liquid MOFs debut: Framework compound retains crystal structure and porosity in a high-temperature liquid state.
39. Bimetallic catalyst converts CO2 to methanol: 'Solid solution' of ZnO and ZrO2 exhibits high selectivity, high stability, and sulfur tolerance.
40. Ionic liquid gel gives supercapacitors a boost: Encasing the charge-conducting material in methyl cellulose yields gelled electrolyte for charge-storage devices.
41. Nanoporous gold forms ultrathin walls and large pores.
42. Nanodiamonds reduce short-circuit risk in rechargeable lithium batteries: Carbon crystals prevent formation of needelike dendrites during charging cycles.
43. New borate crystal boosts UV optical applications: Simple synthesis and useful nonlinear optical properties may be a boon for short-wavelength photonics.
44. Magnetic fields cause microcubes to respond like mini robots.
45. Photolithography method creates complex patterns using inorganic nanocrystals as colorful inks.
46. Borophene units split water: Graphenelike groupings of boron atoms in molybdenum diboride actively catalyze hydrogen evolution reaction.
47. Lithium‐sulfur batteries benefit from MoS2 encapsulation: Coating sulfur particles with thin flakes of the dichalcogenide provides physical and chemical protection, leading to durable batteries.
48. Why it's so hard to make metallic hydrogen: Experimental challenges contributed to the controversy over claims of creating the elusive material.
49. Active catalytic site in methanol synthesis exposed.
50. What's that Stuff?
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