Matches in SemOpenAlex for { <https://semopenalex.org/work/W3216643591> ?p ?o ?g. }
- W3216643591 endingPage "33" @default.
- W3216643591 startingPage "22" @default.
- W3216643591 abstract "Abstract In this mini‐review article, we present the recent progress of utilizing three types of infrared (IR) spectroscopic tools to investigate the chemistry of Criegee intermediates (CIs). The first part of this article described a recent work of Wang et al., which utilized rapid‐scan FTIR to detect CIs created from ozonolysis. The second part of this article describes the advantages of quantum cascade lasers (QCLs) used as novel IR spectroscopic tools to probe CIs and the key concepts of experimental implementations. We also summarize the works of Chang and co‐workers, which utilized distributed feedback QCLs with thermal chirping to detect the simplest CI, CH 2 OO, and the subsequent kinetics measurements, such as reactions of CH 2 OO with ozone, CH 3 SH, and dimethyl sulfoxide. In the last part of this article, we described the key ideas of external‐cavity QCLs coupled with off‐axis integrated cavity output spectroscopy, which was proposed by Chung et al., and also the latest progress on determination of the band strength of CH 2 OO and its rate coefficient with O 3 ." @default.
- W3216643591 created "2021-12-06" @default.
- W3216643591 creator A5018116409 @default.
- W3216643591 creator A5020710459 @default.
- W3216643591 creator A5074471269 @default.
- W3216643591 date "2021-11-20" @default.
- W3216643591 modified "2023-10-18" @default.
- W3216643591 title "Infrared detection of Criegee intermediates" @default.
- W3216643591 cites W1489875169 @default.
- W3216643591 cites W1525051288 @default.
- W3216643591 cites W1908505930 @default.
- W3216643591 cites W1942529267 @default.
- W3216643591 cites W1969096829 @default.
- W3216643591 cites W1969695296 @default.
- W3216643591 cites W1974261584 @default.
- W3216643591 cites W1975696391 @default.
- W3216643591 cites W1991266930 @default.
- W3216643591 cites W1995673006 @default.
- W3216643591 cites W1996440402 @default.
- W3216643591 cites W1997902671 @default.
- W3216643591 cites W2001265046 @default.
- W3216643591 cites W2001746455 @default.
- W3216643591 cites W2020904648 @default.
- W3216643591 cites W2023037439 @default.
- W3216643591 cites W2024627749 @default.
- W3216643591 cites W2025363659 @default.
- W3216643591 cites W2034231299 @default.
- W3216643591 cites W2036968150 @default.
- W3216643591 cites W2037116307 @default.
- W3216643591 cites W2040676153 @default.
- W3216643591 cites W2046784443 @default.
- W3216643591 cites W2050511323 @default.
- W3216643591 cites W2056982040 @default.
- W3216643591 cites W2059185612 @default.
- W3216643591 cites W2068405658 @default.
- W3216643591 cites W2089780356 @default.
- W3216643591 cites W2090007925 @default.
- W3216643591 cites W2113104442 @default.
- W3216643591 cites W2116395889 @default.
- W3216643591 cites W2135220664 @default.
- W3216643591 cites W2142856192 @default.
- W3216643591 cites W2144463216 @default.
- W3216643591 cites W2145453622 @default.
- W3216643591 cites W2153971651 @default.
- W3216643591 cites W2204624080 @default.
- W3216643591 cites W2297454774 @default.
- W3216643591 cites W2312815784 @default.
- W3216643591 cites W2319233456 @default.
- W3216643591 cites W2321461808 @default.
- W3216643591 cites W2330217255 @default.
- W3216643591 cites W2330650202 @default.
- W3216643591 cites W2331586908 @default.
- W3216643591 cites W2335720110 @default.
- W3216643591 cites W2340218746 @default.
- W3216643591 cites W2403769693 @default.
- W3216643591 cites W2525821921 @default.
- W3216643591 cites W2568185776 @default.
- W3216643591 cites W2625797204 @default.
- W3216643591 cites W2745876321 @default.
- W3216643591 cites W2748569428 @default.
- W3216643591 cites W2752202212 @default.
- W3216643591 cites W2753908975 @default.
- W3216643591 cites W2769768100 @default.
- W3216643591 cites W2789146045 @default.
- W3216643591 cites W2793867909 @default.
- W3216643591 cites W2883096988 @default.
- W3216643591 cites W2887524954 @default.
- W3216643591 cites W2890823566 @default.
- W3216643591 cites W2898276136 @default.
- W3216643591 cites W2898318951 @default.
- W3216643591 cites W2902054826 @default.
- W3216643591 cites W2907805243 @default.
- W3216643591 cites W2940827839 @default.
- W3216643591 cites W2970405197 @default.
- W3216643591 cites W3001449772 @default.
- W3216643591 cites W3004069846 @default.
- W3216643591 cites W3010189077 @default.
- W3216643591 cites W3018507471 @default.
- W3216643591 cites W3043746286 @default.
- W3216643591 cites W3080542304 @default.
- W3216643591 cites W3121602351 @default.
- W3216643591 cites W3139538821 @default.
- W3216643591 cites W4241535571 @default.
- W3216643591 cites W746581179 @default.
- W3216643591 doi "https://doi.org/10.1002/jccs.202100406" @default.
- W3216643591 hasPublicationYear "2021" @default.
- W3216643591 type Work @default.
- W3216643591 sameAs 3216643591 @default.
- W3216643591 citedByCount "1" @default.
- W3216643591 countsByYear W32166435912023 @default.
- W3216643591 crossrefType "journal-article" @default.
- W3216643591 hasAuthorship W3216643591A5018116409 @default.
- W3216643591 hasAuthorship W3216643591A5020710459 @default.
- W3216643591 hasAuthorship W3216643591A5074471269 @default.
- W3216643591 hasConcept C113196181 @default.
- W3216643591 hasConcept C120665830 @default.
- W3216643591 hasConcept C121332964 @default.
- W3216643591 hasConcept C127413603 @default.