以二溴甲烷和咪唑为原料合成了二（1-咪唑基）甲烷。
Bis (1-imidazolyl) methane was prepared using imidazole and dibromomethane as raw materials.
目的：观察湿性医疗技术对溴甲烷冻伤的治疗效果。
Objective: To observe the efficacy of MEBT in treating bromomethane freezing injury.
在大量发生时则用氰酸气、氯化苦、溴甲烷等药熏蒸。
In a large occurs is isomeric with gas, LvHuaGu, methyl bromide fumigation medicine.
以二溴甲烷和咪唑为原料合成了二（1-咪唑基）甲烷。
Bis(1-imidazolyl)methane was prepared using imidazole and dibromomethane as raw materials.
用溴甲烷熏蒸处理过的木质包装应附有官方证书证明进行了这种处理…
Wood packing materials fumigated with methyl bromide should be accompanied with an official certificate attesting to the treatment.
初步结果表明：DMDS可以作为一种替代溴甲烷的土壤熏蒸剂使用。
So, DMDS is one of the potential alternatives to methyl bromide for soil fumigation.
介绍了几种可以取代溴甲烷的土壤消毒剂，指出了今后用于蔬菜大棚的土壤消毒剂的发展趋势。
Some prospective soil fumigants which can substitute Methyl bromide were introduced, while the tendency development of soil fumigants used in vegetable greenhouse was summarized as well.
用新的催化体系（铁-锑复合催化剂）催化三乙基铝（TEA）与溴甲烷进行烷基交换反应合成三甲基铝（TMA）。
Trimethylaluminum(TMA), usually used in organic catalysis and organic synthesis, was synthesized by reaction of triethylaluminium (TEA) with methyl bromide on iron-stibonium complex catalyst.
对35%“线克”水剂、98%“必速灭”微粒剂、32 7%“维博亩”水剂、32 7%“斯美地”水剂、33 6%“适每地”水剂、98%“棉隆”微粒剂和98%溴甲烷压缩气体等7种不同土壤熏蒸剂防除烟草苗床杂草效果进行了试验。
Seven kinds of soil fumigant, 35% XianKe, 98% Basamid, 32.7% Metham_sodium, 32.7% Simeidi, 33.6% Shimeidi, 98% Dazomet and 98% methyl bromide, were tested to control weeds in tobacco seedbed.
对35%“线克”水剂、98%“必速灭”微粒剂、32 7%“维博亩”水剂、32 7%“斯美地”水剂、33 6%“适每地”水剂、98%“棉隆”微粒剂和98%溴甲烷压缩气体等7种不同土壤熏蒸剂防除烟草苗床杂草效果进行了试验。
Seven kinds of soil fumigant, 35% XianKe, 98% Basamid, 32.7% Metham_sodium, 32.7% Simeidi, 33.6% Shimeidi, 98% Dazomet and 98% methyl bromide, were tested to control weeds in tobacco seedbed.
应用推荐