腐菌利 的英文怎麼說
中文拼音 [fǔjūnlì]
腐菌利
英文
procymidone-
We pay attention to the technical content of the product, carries on the deep processing to the product, introduces the bacteriolysis enzyme extraction technology of american group company, take the duck ' s egg as the raw material, extract the bacteriolysis enzyme that is widely applied to the medicine, the cosmetics, food anticorrosion and the bio - engineering fields of research, and we may extract 2500 kilograms every year ; we study the technology of maintaining egg product freshness with the shenyang agricultural college ; abandons with the national environmental protection agriculture using the project center, the dalian environmental science design research institute, the chwangho city environmental protection bureau jointly carries on the birds and beasts feed increase ecology conditioner expansion tests, makes zhuanghe city heidao agriculture comprehensive exploitation co., ltd the provincial level science and technology innovation enterprise
莊河市黑島農業綜合開發有限公司在產品開發中注重提高產品的科技含量，對產品進行深加工，引進美國艾蒂集團公司溶菌酶提取技術，以鴨蛋為原料，提取廣泛應用於醫學、化妝品、食品防腐及生物工程研究領域的溶菌酶，年可提取2500公斤；與沈陽農業大學聯合研究蛋品保鮮技術；與國家環保農廢利用工程中心、大連市環境科學設計研究院、莊河市環保局聯合進行禽飼料添加生態調節劑擴大實驗，使黑島農業綜合開發有限公司成為省級科技創新型企業。During the incubation of e. carotovora with combined glucose and pectate, two exponential growth phases occur as the bacteria first consume glucose, the preferred substrate, then pectate, the more slowly utilized substrate
在用葡萄糖與果膠酸同胡蘿卜軟腐菌共培養時，出現兩個指數生長期，一個發生在細菌先利用葡萄糖這種容易利用的底物時，第二個出現在利用果膠酸這種利用得更慢的底物時。As these powders are inert substances, they are not conducive to bacterial growth. there is no need to add preservatives in them
由於礦石是屬于無生命的物質，所以不利細菌滋長，不需要像其他彩妝般加上化學防腐劑。Microbiologically influenced corrosion ( mic ) has been given severe attention in marine environment concerned of all kinds of structure constructions, such as pipeline, platform for petroleum, etc. in the paper, sulfate - reducing bacteria ( srb ) influenced corrosion was studied in seawater and seamud environments, concerned of stainless steel and low alloyed steels, respectively
隨著人們對海洋的廣泛開發和利用，海洋環境下金屬構築物的微生物腐蝕已引起了人們廣泛的關注。本文研究了海水和海泥環境中硫酸鹽還原菌（ srb ）影響的海洋用鋼的微生物腐蝕行為，探討了srb腐蝕的作用機制，並研究了海泥環境中srb對陰極保護電位的影響。分享友人