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    题名 作者 年代 出处 被引量
1VOCs废气危害及处理技术进展显示文摘VOCs废气是一类对环境和人类产生严重危害的废气,本文综述了VOCs的危害及国内外VOCs治理的传统技术和近年来发展的光催化氧化法、脉冲电晕法、生物法等处理技术的原理及优缺点,并展望处理工艺的前景。胡桐搏 张长平 刘浩 李若侬 曹自青 Yabo Abel Chat 2018化工管理2018,,10:16
2风速对自然通风型人工湿地氧传质速率及污染物去除效果的影响显示文摘系统地研究了拔风管式自然通风型人工湿地(naturally-ventilated constructed wetland,CWNV)在不同风速(u≤4.0 m·s^(-1))条件下的氧传质速率(oxygen transfer rate,OTR)以及对有机物、氮、磷的去除效果。结果表明,外部空气可通过拔风管上的孔口有效地扩散并溶解到湿地内部。与无通风CW系统(CW0)相比,CWNV内部OTR(61.38~78.30 g·(m^(3)·d)^(-1))较CW0高出19.3%~33.5%,从而强化了CWNV中氨化、硝化和有机物好氧降解等过程。CWNV内NH3-N和COD的去除负荷分别为2.84~4.57 g·(m^(3)·d)^(-1)和45.0~56.6 g·(m^(3)·d)^(-1),较CW0分别提高了90.5%~119.6%和11.9%~23.2%。CWNV出水中硝酸盐浓度为1.10~10.39 mg·L^(-1),而CW0出水中硝酸盐浓度仅为0.41~0.91 mg·L^(-1)。在适宜的风速条件下,湿地中可同时存在好氧与缺氧/厌氧环境,这既利于硝化作用又利于反硝化作用,从而可使湿地获得较好的TN去除效果。当风速u≤1.0 m·s^(-1)时,CWNV系统中TN去除负荷6.70~6.77 g·(m^(3)·d)^(-1),较CW0系统高出17.2%~23.1%。但是,自然通风对于TP去除效果的提高十分有限,仅能提高2.4%~4.8%的TP去除率。此外,CWNV系统中风速与OTR、COD、NH3-N和TN的去除负荷及其降解速率常数之间的关系符合二次方程。张长平 白珺 王晓欧 张晓烁 唐驹 YABO Abel Chat 周晓璇 2021环境工程学报2021,15,4:4
3Diffuse optical monitoring of hemodynamie changes in piglet brain with closed head injury显示文摘Zhou Chat) Eueker SA Durduran T el at 2009J Biomed Opt2009,14,03:1
4Comparison of nurse and physician determined clinic blood pressure levels in patients referred to a hypertension clinic:implications for subsequent management显示文摘La Batide-Alanore A Chat ellier G Bobrie G 2000J Hypertens2000,18,4:1
5Screening of endometriosis at an early stage: a simple clinical approach 显示文摘Chat terjee S Chakravarti S 2000J Indian Med Assoc2000,98,38:1
6Strict parternal inheritance of chloroplast DNA and maternal inheritance of mitochondrial DNA in intraspecific crosses of kiwifruit 显示文摘Chat J Chalak L Petie R J 1999Theor Appl Genet1999,99,:1
7Temporal bone disease:a comparison between high resolution computed tomography and pluridirectional tomography显示文摘Chat V Mohammad S Leon K 1983Radiology1983,147,:1
8Effects of Ginkgo biloba ex- trct on the guinea-pig vestibular system显示文摘Yabe T Chat M Malherbe E Vidal PP 1992Phann Biochem Behav1992,42,4:1
9Reticulate evolution in kiwifruit (Actinidia, Actinidiaceae) identified by comparing their maternal and paternal phylogenies 显示文摘Chat J Jauregui B Petit R J 2004Am J Bot2004,91,:1
10The perception of thermal comfort 显示文摘Chat onnet J Cabanac M 1965International Journal of B iometeorology1965,9,2:1
11Computed tomographic anatomy of the temporal bone显示文摘Chat V Stephen LG Rothman E 1982AJR1982,139,:1
12Peroxidase test:a test for sex screening in kiwifruit seedlings显示文摘HIRSCH A M FORTUNE D CHAT J 1997Acta Hort1997,444,:1
13Asthma con tr ol t est : Reliabilit, validit, and res ponsiven ess in pat ien ts not previously follow edby asthma Specialists显示文摘S chat z M Sork nes s CA Li JT 2008JAll ergy Clin Immunol2008,117,3:1
14Neovascular expression of E-selectin , intercellular adhesion molecule-1 and vascular cell adhesion molecule-1 in human atherosclerosis and their relation to intimal leukocyte content 显示文摘Brien K D McDonald T O Chat A 1996Circulation1996,93,:1
15Reticulate evolution in kiwifruit (Actinidia, Actinidiaceae) identified by com- paring their maternal and paternal phylogenies 显示文摘Chat J Jauregui B Petit R J 2004A- merican Journal of Botany2004,91,:1
16Neovascular expression of E-selectin,intercellular adhesion molecule-1and vascular cell adhesion molecule-1inhuman atherosclerosis andtheir relation to intimal leukocyte content显示文摘BRIEN K D McDONALD T O CHAT A 1996Circula-tion1996,93,:1
17Effects of surfactant micelles on solubilization and DPPH radical scavenging activity of rutin显示文摘Chat 0 A Najar M H Mir M A 0,,01:1
18Phylogeneticrelationships of 10grass species:an assessment of phylogeneticutility of the internal transcribed spacer region in nuclear ribosomal DNA in monocots显示文摘Hsiaoc Chat Hattertonnl Asaykh Jensenkb 1994Genome1994,37,:1
19Electrochemical reduction of oxygen on small palladiun particles supported on carbon in alkaline solution 显示文摘YANG Y F ZHOU Y H Chat C S 1995Elecrrochimica Acta1995,40,16:1
20Clinical evaluation of Shin-Nippon SRW-5000 autorefractor in children显示文摘Chat SW Edwards MH 2001Ophthal Physiol Opt2001,21,2:1
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