1) ship stifling
船舶熏蒸
1.
As to this,we find a blind area in safety administration during ship stifling and there are many problems in emergency rthe fire fight by the chemicals.
“曼娜”轮熏蒸剂火情事故,暴露出在船舶熏蒸过程中存在的安全管理盲区,以及在化学品应急消防方面存在的问题,应当引起我们足够的重视。
2) marine steam engine
船舶蒸汽机
3) fumigation
[英][,fju:mi'geiʃən] [美][,fjumə'geʃən]
熏蒸
1.
A Study of Carbonyl Sulfide(COS) Fumigation on Fruits,Vegetables and Horticultural Plants;
氧硫化碳对果蔬、花卉熏蒸处理的研究
2.
Antalgic effect of fumigation temperature of Chinese herbs on patients with prolapse of lumbar intervertebral disc;
中药熏蒸蒸汽温度对腰椎间盘突出症病人止痛效果观察
3.
Fumigation of Stored Tobacco Strips with Sulfuryl Fluoride;
硫酰氟熏蒸贮存片烟技术研究
4) fumigate
[英]['fju:mɪɡeɪt] [美]['fjumə'get]
熏蒸
1.
Clinical Observation of Chronimunicipal Lumbar Muscle Strain with Combined Fumigate of Traditional Chinese Medicine with Pain Spot Blockage;
中药熏蒸配合痛点阻滞治疗慢性腰肌劳损疗效观察
2.
Study on realization of intelligent network controller of control system in grain fumigate;
粮食仓储库熏蒸控制系统智能网络控制器研究
3.
Methylbromide and aluminium phosphide were used to fumigate the wood infested by Urocerus gigas taiganus.
用溴甲烷、磷化铝熏蒸处理泰加大树蜂UrocerusgigastaiganusBenson危害的木材 ,结果表明 ,溴甲烷 15g/m3和磷化铝 9g/m3熏蒸 2 4h ,对泰加大树蜂虫的熏杀效果均达 10 0 %。
5) marine steam boiler
船舶蒸汽锅炉
6) ethanol vapor
乙醇熏蒸
1.
During the experiment,the exploration on the browning mechanism of fresh—cut Jerusalem Artichoke and control methods were carried out,and the preservation effect of fresh—cut Jerusalem arti- choke with different concentrations of ethanol vapor treatment was studied.
对鲜切菊芋褐变机理和控制进行了探索,研究了不同体积分数的乙醇熏蒸处理对鲜切菊芋的保鲜效果。
补充资料:谷粒熏蒸剂
分子式:C3H3N
分子量:53.06
CAS号:
密度:0.8060
熔点:-83.55℃
沸点:77.3~77.4℃
闪点:-5℃
粘度:0.34(25℃)
折射率:1.3888(25℃)
毒性LD50(mg/kg):大鼠经口93;小鼠静脉注射15。
性状:无色易流动液体,蒸气有毒!
溶解情况:稍溶于水,易溶于一般有机溶剂。
用途:用于制聚丙烯腈、丁腈橡胶和其他合成树脂等;也用于电解制己二腈和水解成丙烯酸酰胺。
制备或来源:由丙烯氨化氧化,或由乙炔和氢氰酸直接化合而制得。
备注:蒸气与空气形成爆炸性混合物,爆炸极限为3.05~17.0%(体积)
分子量:53.06
CAS号:
密度:0.8060
熔点:-83.55℃
沸点:77.3~77.4℃
闪点:-5℃
粘度:0.34(25℃)
折射率:1.3888(25℃)
毒性LD50(mg/kg):大鼠经口93;小鼠静脉注射15。
性状:无色易流动液体,蒸气有毒!
溶解情况:稍溶于水,易溶于一般有机溶剂。
用途:用于制聚丙烯腈、丁腈橡胶和其他合成树脂等;也用于电解制己二腈和水解成丙烯酸酰胺。
制备或来源:由丙烯氨化氧化,或由乙炔和氢氰酸直接化合而制得。
备注:蒸气与空气形成爆炸性混合物,爆炸极限为3.05~17.0%(体积)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条