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   tnt 在 燃料化工 分类中 的翻译结果: 查询用时:0.193秒
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tnt
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  梯恩梯
    REACTION RATES OF TNT/RDX(35/65)explosive
    梯恩梯/黑索今(35/65)炸药的反应速率函数
短句来源
    Its total underwater explosive energy is 184% TNT equivalent, explosion heat is 7473J/g, it takes the lead of domestic TNT base underwater explosive, its safety conrrespond to RS211 explosive, its overall performance is good, it suits to filling explosive of underwater ordance warhead.
    该炸药水下爆炸总能量为184%TNT当量,爆热为7437J/g,达到了当前国内梯恩梯基水下炸药的领先水平,其安全性与RS211炸药相当,综合性能优良,适用于水中兵器战斗部的主装药。
    Test Research and Comment on Impact Safety of TNT
    梯恩梯撞击安全性试验研究与评述
短句来源
    Experiment Research on Hugoniot Curve of Cost TNT under Impacting Coduction
    注装梯恩梯(TNT)装药冲击Hugoniot参数的实验测定
短句来源
    This Paper describes rapid separation and quantitutive determi-nation of mixed explesive containing a large percentage of TNT and a smallpercentage of HNS by reversed-phase high - performance liquid chramatogra-phy(RP - HPLC ). The average recoveries are 99. 06± 1. 55 %for TNT and97. 43±2. 70% for HNS.
    用反相高效液相色谱法(RP—HPLC)快速分离和定量测定混合炸药中高含量的梯恩梯(TNT)和低含量的六硝基芪(HNS),其平均回收率TNT为99.06±1.55%,HNS为97.43±2.70%。
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  “tnt”译为未确定词的双语例句
    THE ABSORPTION AND COMPREHENSIVE UTILIZATION OF C(N0_2)_4 IN TNT PLANTS
    TNT工厂C(NO_2)_4尾气的吸收及其综合利用
短句来源
    MEASUREMENT OF UNREACTED SHOCK HUGONIOT OF CAST TNT
    铸装TNT炸药未反应冲击Hugoniot关系的测量
短句来源
    Influence of Additives on the Rheological Properties of TNT/ RDX Suspensions
    添加剂对TNT/RDX(40/60)悬浮液流变性质的影响
短句来源
    STUDIES ON SDDT BEHAVIOR OF PRESSED TNT
    压装TNT的SDDT特性研究
短句来源
    RHEOLOGICAL PROPERTIES OF TNT/RDX SUSPENSIONS
    TNT/RDX悬浮液的流变学性质
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  tnt
Using Bacillus subtilis SK1 as an example, it was demonstrated for the first time that 2,4,6-trinitrotoluene (TNT) transformation pathways change with TNT concentration.
      
subtilis SK1, delayed at 20 mg/l TNT (minimum toxic concentration), was resumed following TNT transformation.
      
Aromatic amines were predominant metabolites detected in the culture medium at early stages of TNT transformation.
      
The culture growth was completely inhibited by 200 mg/l TNT.
      
The sensitivity of Escherichia coli strains K-12 and 055 to 2,4,6-trinitrotoluene (TNT) was found to correlate with the structural and functional properties of the outer lipoprotein membrane.
      
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The formulation of bonded nitroguanidine used in this work is NQ/ TNT/PVB 97.5/1/1.5,which is designated as PB-NQ-1.Various properties of PB-NQ-1 have been determined and compared with those of TATB.Its detonation parameters have been measured with 100mm-diam.charges,initiated by plane wave lens and 100mm-diam.10 mm-thick Comp.B booster.The detonetion velocity is 8.159mm/μs and effective C-J detonation pressure is 26.2 GPa at p0= 1.676 g/cm3 The energy of its one-dimensional plate push test is 65% of that...

The formulation of bonded nitroguanidine used in this work is NQ/ TNT/PVB 97.5/1/1.5,which is designated as PB-NQ-1.Various properties of PB-NQ-1 have been determined and compared with those of TATB.Its detonation parameters have been measured with 100mm-diam.charges,initiated by plane wave lens and 100mm-diam.10 mm-thick Comp.B booster.The detonetion velocity is 8.159mm/μs and effective C-J detonation pressure is 26.2 GPa at p0= 1.676 g/cm3 The energy of its one-dimensional plate push test is 65% of that of PBX-9404.Our experimental data show the performance of nitroguandine,insensitivity characteristics and stability in usual temperature,are comparable to those of TATB,hence nitroguanidine may be used as a cheaper substitution of the latter.

粘结硝基胍炸药的配方为NQ/TNT/PVB 97.5/1/1.5,此配方计为PB-NQ-1。测量了PB-NQ-1的各种性质并和TATB进行了比较。用100毫米直径的炸药,100毫米直径的平面波发生器加上10毫米厚的Comp.B传爆药柱起爆,测量了爆轰参数。爆轰波速度是8.159毫米/微秒,有效C-J爆压是26.2万巴,密度ρ_0=1.676克/厘米~3。由一维飞片推体试验测得其能量是PBX-9409的65%。从实验数据表明粘结硝基胍炸药的感度和稳定性在通常温度时可以和TATB相比拟,所以它是一种可以替代TATB的便宜炸药。

NTJ is a new liquid composite explosive,which has two remarkable advantages;low cost and high detonation performance,especially high explosion heat.Its comprehensive properties are better than 50/50 TNT/RDX.The manufacture technique of NTJ explosive is simple,and it can be used instead of 50/50 TNT/RDX to initiate slurry explosive in mine blasting work.Industrial test was carried out in Baiyun Iron Mine,good results were obtained.

NTJ炸药是一种新型液体混合炸药,工艺简单,成本低廉,爆轰性能优良,特别是高爆热,综合爆轰性能优于50/50 TNT/RDX,在矿山爆破中,可以代替50/50 TNT/RDX起爆浆状炸药。在白云铁矿进行现场试用,效果良好。

Tetranitromethane, C(NO_2)_4, is a toxic byproduct produced during the manufacture of TNT. Based on the experiments, this paper proposes to utilize the aqueous solution of sodium nitroform to synthesize two valuable polynitroaliphatic compounds——BTNEN and BTNEU.

在TNT生产中,生成毒性很大的C(NO_2)_4副产物。基于我们的实验,本文提出应用C(NO_2)。吸收液,生成硝仿钠水溶液,并合成两种有实用意义的脂肪族多硝基化物——BTNEN及BTNEU。

 
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