1) composite microbial system
复合系
1.
Construction of a composite microbial system of lignocellulose degrading and effect of cultural condition on the system capability;
一组木质纤维素分解菌复合系的筛选及培养条件对分解活性的影响
2.
A cellulose degradation composite microbial system MC1 was applied to degrade cassava residue discarded from cassava starch manufactory,and the composition of the lignocelluloses and the soluble ingredients of cassa.
利用纤维素分解细菌复合系MC1分解木薯渣,可将其转化为可溶的小分子有机物,提高其甲烷发酵效率。
3.
The expressing characteristics of cellulase activity of a stable and efficient composite microbial system was analyzed by measuring CMC(carboxymethyl cellulose) saccharogenic power.
用羧甲基纤维素钠 (CMC)糖化力法测定了一组高效稳定的纤维素分解菌复合系MC1纤维素酶活性表达特性。
2) composite bacterial system
复合系
1.
Microbial inoculum that is made up of composite bacterial system capable of lignocellulose degradation was applied in composting system composed of cattle manure, chicken manure, and wheat straw for a period of 63 days.
DGGE和T-RFLP的结果显示,接菌后堆肥发酵初期复合系中的Ureibacillusthermosphaericu、Pseudoxanthomonastaiwanensis、Tepidiphilusmargaritifer、Rhizobiaceaestr。
3) community
[英][kə'mju:nəti] [美][kə'mjunətɪ]
复合系
1.
To obtain the community that could accelerate the fermentation of the air-dried crop straws,a lactic acid bacteria community SFC-2 was constructed from the natural fermented products of the corn straw and rice straw by continuous restricted subcultivation in the MRS-S broth.
为了获得促进作物干秸秆乳酸发酵的微生物,以玉米秸秆和水稻秸秆的自然发酵物为菌种来源,用MRS蔗糖培养基,通过连续定向继代培养,筛选出pH下降迅速、乳酸含量高、组成稳定的乳酸菌复合系SFC-2。
2.
Aimed to utilize rice straw and lessen the pressure of environment,the rice straw was used as the fermentation material,and a lactic acid bacteria community SFC-2 from my laboratory was inoculated into the rice straw to investigate the inoculation effects.
以处理农作物稻秆,减轻环境压力为目的,将本实验室筛选的乳酸菌复合系SFC-2接种到水稻秸秆,研究了其饲料化效果。
4) compound system
复合体系
1.
Study on the ternary compound system of foundry used sand,waste mulching film and soil adhered on it;
铸造废砂/废地膜/粘附土三元复合体系的研究
2.
The compound system was analyzed with electrical resistivity,the structure of pore,X-ray diffraction(XRD) and DSC-TG.
用电阻率、孔结构、XRD以及DSC-TG对普通水泥-特种水泥复合体系进行研究,结果表明:加入一定量的特种水泥,改变了早期水化产物的组成,大幅度缩短了普通水泥的凝结时间,复合体系28d强度未出现倒缩,但水化3d浆体有害孔数量增加。
3.
We have studied the effect of Na_2CO_3/Surfactant/Polymer compound systems containing tetradecyl benzene, hexadecyl benzene and octadecyl benzene sulfonate respectively on the characteristics of oil-water interfacial tension in Oil Recovery Plant No.
结果表明 ,在研究范围内 ,十四、十六烷基苯磺酸盐和弱碱的复合体系对油水界面张力降到最低值的速度快 ,但回升速度也快 ;十八烷基苯磺酸盐复合体系对油水界面张力降到最低值的速度相对较慢 ,且达到最低值后基本不再变化 ;适合该厂油水的弱碱复合驱体系的烷基苯磺酸盐当量应在 43 0左右 。
5) composite system
复合体系
1.
Study on Curing Kinetics and Technology of Nano-meter TiO_2/UPR Composite System;
纳米TiO_2/UPR复合体系的固化动力学及固化工艺研究
2.
Microwave absorbing property of nano-Fe_3O_4/BaTiO_3 composite system;
纳米Fe_3O_4/BaTiO_3复合体系的微波吸收特性
3.
The properties of foam and synergistic abilities for reducing surface tension of following composite systems such as anionic/anionic, anionic/nonionic, anionic/cationic, anionic/zwitterionic surfactants individually were investigated.
研究了阴/阴离子型、阴/非离子型、阴/阳离子型、阴/两性型表面活性剂复合体系的泡沫性能与降低表面张力增效协同性能。
6) composite microbial system
复合菌系
1.
The domesticated and constructed composite microbial system of degrading lignocellulose and lindane were added to compost in order to test possibility of improvement for composting efficiency and elimination of organic pollutant.
通过在堆肥中加入经过驯化构建的降解纤维素和林丹的复合菌系,探讨了接菌处理对提高堆肥效率和有效去除有机污染物的可能性。
2.
The stability of a high-efficient composite microbial system for degrading cellulose and lindane was studied by testing its characters, function and composition of bacteria strains.
结果表明,该复合系能在较大的pH范围内保持高的纤维素林丹分解活性,不同培养代在培养过程中的pH均呈现先降后升的趋势;不同代次的复合系在培养第3d时对滤纸的分解率均达到了90%以上,在第7d时对林丹的降解率均达到50%以上,且差异很小,说明该复合菌系产酶及分解纤维素和林丹的能力也已经非常稳定;平板培养基培养证明该复合菌系全部由细菌组成,用变性梯度凝胶电泳(DGGE)法比较来源于不同培养代的16SrDNA条带,分析菌种组成的变化,结果显示,不同培养代的菌种组成的主要条带没有变化,在DGGE图上出现的菌种能够稳定存在。
3.
The domesticated and constructed composite microbial system of degrading cellulose and chlortetracycline (CTC)were added in compost in order to test the improvement for composting efficiency and elimination of antibiotic medicines.
采用野外堆肥装置,通过在以鸡粪和秸秆为原料的高温堆肥中加入经过驯化构建的具有降解纤维素和金霉素双重功能的复合菌系,研究了接菌处理对提高堆肥效率和降解抗生素类兽药污染物的效果。
补充资料：氢-氧复合系统
分子式：
CAS号：
性质：消除反应堆内作为冷却剂和慢化剂的普通水或重水经辐照产生的氢气和氧气的爆炸性混合物的装置。它采用氢氧复合的方法，将辐射分解产生的气体冷凝去湿后，进入装有铂粉催化剂的反应器，发生氢-氧复合生成水。由于反应热使水变成蒸气，经冷凝成水返回堆内。
CAS号：
性质：消除反应堆内作为冷却剂和慢化剂的普通水或重水经辐照产生的氢气和氧气的爆炸性混合物的装置。它采用氢氧复合的方法，将辐射分解产生的气体冷凝去湿后，进入装有铂粉催化剂的反应器，发生氢-氧复合生成水。由于反应热使水变成蒸气，经冷凝成水返回堆内。
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