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inoculant n.=inoculum.

inoculate

Genetic diversity and phylogeny of 55 slow - growing rhizobia isolated from peanut ( arachis hypogaea ) in china were determined by analysis of host - plant range , phynotype , 16s rrna rflp , 16s rrna sequence , 16s - 23s igs rflp , rapd , rep - pcr , dna - dna hybridization homology . at the same time , the competitive nodulation capacity of rhizobia , effect of host plants and soil ph on the rhizobia were determined for screening and improvement of high effective rhizobium inoculant 本研究采用宿主范圍試驗、表型性狀測定、 16srrna - rflp 、 16srrna序列分析、 16s - 23srdnaigsrflp分析、 rapd分析、 rep - pcr分析和dna - dna同源性分析等技術系統研究了從我國不同地域分離的55株花生根瘤菌的遺傳多樣性及其在根瘤菌系統發育中的地位和相互關系。

The product is produced according to general standard . as inoculant alloy in cast iron , deoxidizer in steel - smelting , the product is used widely in steel industry . it has unique and special function on a long time of anti - declining , reducing gasholes of cast material and improving processing function 以硅為基礎的硅鍶合金按通用標準生產,作為高牌號灰鑄鐵的孕育劑,煉鋼中的脫氧劑,合金劑而廣泛應用于鋼鐵工業之中,作為孕育劑在抗衰退時間長,減白口能力強,減少鑄件氣孔,改善加工性能方面均有著獨特的作用。

By improving foundry method , controlling composition , choosing appropriate inoculant and using te - coating , the shrinkage defect could be reduce effectively 通過改進鑄造工藝、控制鐵液成分、選擇合適的孕育劑、使用碲涂料等綜合控制手段,能有效降低縮松缺陷率,防止缸蓋的滲漏現象。

How are inoculants controlled 如何控制孕育劑?

Inoculant of photosynthetic bacteria 光合細菌菌劑

The influence of ba inoculant on the structure and property of cast iron 孕育劑對鑄鐵組織及性能的影響

Technical regulation for production of agricultural microbial inoculants 農用微生物菌劑生產技術規程