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Can Investigators Use Household Dust as Forensic Tool?

Can Investigators Use Household Dust as Forensic Tool?
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Forensics, dust, DNA | Homeland Security Newswire

Forensics, dust, DNA | Homeland Security Newswire
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Which materials work best for solar? NCSU researchers lay out framework for discovery

by Tracey Peake January 12, 2021 . RALEIGH – North Carolina State University-led researchers have developed an analytical measurement “framework” which could allow organic solar cell researchers and manufacturers to determine which materials will produce the most stable solar cells prior to manufacture. Organic solar cells have increased in efficiency over the past decades, but researchers and manufacturers still struggle with determining which material combinations work best and why, as well as with achieving stable morphology and operation. “There is still a lot of ‘trial and error’ guesswork involved in identifying promising materials for these solar cells,” says Harald Ade, Goodnight Innovation Distinguished Professor of Physics at NC State and co-corresponding author of the research. “However, we found that if you understand two important parameters for the materials being used, you can predict how stable the active layer morphology will be, which in turn a

North carolinaUnited statesUniversity of north carolinaCity ofUnited kingdomMasoud ghasemiBrendan oconnorOffice of naval researchUniversity of north carolina at chapel hillImperial college londonUniversity of oxfordNational science foundationUniversity of kentuckyNorth carolina state university ledHarald adeGoodnight innovation distinguished professor

Analytical Measurements Can Predict Organic Solar Cell Stability

Date Time Analytical Measurements Can Predict Organic Solar Cell Stability North Carolina State University-led researchers have developed an analytical measurement “framework” which could allow organic solar cell researchers and manufacturers to determine which materials will produce the most stable solar cells prior to manufacture. Organic solar cells have increased in efficiency over the past decades, but researchers and manufacturers still struggle with determining which material combinations work best and why, as well as with achieving stable morphology and operation. “There is still a lot of ‘trial and error’ guesswork involved in identifying promising materials for these solar cells,” says Harald Ade, Goodnight Innovation Distinguished Professor of Physics at NC State and co-corresponding author of the research. “However, we found that if you understand two important parameters for the materials being used, you can predict how stable the active layer morpholo

North carolinaUnited statesUniversity of north carolinaCity ofUnited kingdomMasoud ghasemiBrendan oconnorOffice of naval researchUniversity of north carolina at chapel hillImperial college londonUniversity of oxfordNational science foundationUniversity of kentuckyNorth carolina state university ledHarald adeGoodnight innovation distinguished professor