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排序方式: 共有133条查询结果,搜索用时 15 毫秒
131.
Cheviron Nathalie Grondin Virginie Marrauld Christelle Poiroux Françoise Bertrand Isabelle Abadie Josiane Pandard Pascal Riah-Anglet Wassila Dubois Caroline Malý Stanislav Marques Catarina R. Asenjo Inmaculada Valverde Alonso Alejandro Díaz Domingo Marquina Mougin Christian 《Environmental science and pollution research international》2022,29(20):29348-29357
Environmental Science and Pollution Research - The evaluation of soil quality requires the use of robust methods to assess biologically based indicators. Among them, enzyme activities are used for... 相似文献
132.
Ho Long Jerves-Cobo Ruben Barthel Matti Six Johan Bode Samuel Boeckx Pascal Goethals Peter 《Environmental science and pollution research international》2022,29(25):37277-37290
Environmental Science and Pollution Research - Rivers act as a natural source of greenhouse gases (GHGs). However, anthropogenic activities can largely alter the chemical composition and microbial... 相似文献
133.
Charbel Afif Corinne Jambert Vincent Michou Aurélie Colom Gregory Eyglunent Agnès Borbon Véronique Daële Jean-François Doussin Pascal Perros 《环境科学学报(英文版)》2016,28(2):105-113
NitroMAC (French acronym for continuous atmospheric measurements of nitrogenous compounds) is an instrument which has been developed for the semi-continuous measurement of atmospheric nitrous acid (HONO). This instrument relies on wet chemical sampling and detection using high performance liquid chromatography (HPLC)-visible absorption at 540 nm. Sampling proceeds by dissolution of gaseous HONO in a phosphate buffer solution followed by derivatization with sulfanilamide/N-(1-naphthyl)-ethylenediamine. The performance of this instrument was found to be as follows: a detection limit of around 3 ppt with measurement uncertainty of 10% over an analysis time of 10 min. Intercomparison was made between the instrument and a long-path absorption photometer (LOPAP) during two experiments in different environments. First, air was sampled in a smog chamber with concentrations up to 18 ppb of nitrous acid. NitroMAC and LOPAP measurements showed very good agreement. Then, in a second experiment, ambient air with HONO concentrations below 250 ppt was sampled. While NitroMAC showed its capability of measuring HONO in moderate and highly polluted environments, the intercomparison results in ambient air highlighted that corrections must be made for minor interferences when low concentrations are measured. 相似文献