Specific Solutions
Military terminology - from professional translation companies
crystal structure prediction | 晶体结构预测 |
entrainment | 夹带 |
power law | 幂律分布 |
Chemical equilibrium | 化学平衡 |
Heterocyclic compounds | 杂环化合物 |
All-atom molecular dynamics simulations | 全原子分子动力学模拟 |
specific heat | 比热 |
multi-scale shock technique, MSST | 多尺度冲击技术(MSST) |
Shock Initiation Threshold | 冲击引发阈值 |
combustion | 燃烧 |
speciation | 形态 |
Ignition Delay Time | 滞燃期 |
homogeneous ignition | 均质着火 |
spherically expanding flame | 球形膨胀火焰 |
constant volume combustion chamber | 定容燃烧室 |
nitrous oxide | 一氧化二氮、氧化亚氮 |
explosion peak pressure | 爆炸峰值压力 |
hydrocarbon-based | 烃基 |
collision limit violation analysis | 无固定翻译,可参考泡利极限破坏 |
ab initio | 从头计算 |
electronic diffraction | 电子衍射 |
energy-dispersive spectroscopy | 能量色散X射线 |
X-ray powder diffraction | X射线粉末衍射 |
silicon nanowires | 硅纳米线 |
exhaust gas | 废气、尾气 |
high-octane | 高辛烷值 |
antiknock indices | 抗爆指数 |
octane sensitivity | 辛烷值敏感度 |
Nominal pressure | 公称压力 |
shock tube | 激波管 |
two stage ignition | 两级点火 |
n-heptane | 正庚烷 |
iso-octane | 异辛烷 |
toluene | 甲苯 |
Cooperative Fuels Research engine (CFR) | 汽油爆震试验机 |
Co-optima fuels | 联合优化燃料 |
3-methyl-2-buten-1-ol (prenol) | 3-甲基-2-丁烯-1-醇 |
cyclopentane | 环戊烷 |
Cycloalkanes | 环烷烃 |
soot | 煤烟;煤灰 |
acyclic alkane | 链烷烃 |
master equation | 主方程 |
time-dependent | 与时间有关的 |
cyclohexane | 环己烷 |
stiff chemistry solver | 刚性化学求解器 |
operator splitting method | 算子分裂法 |
Computational Fluid Dynamics | 计算流体力学 |
ordinary differential equations(ODE) | 常微分方程组 |
computational cost | 计算代价 |
thermalchemical state | 热化学状态 |
timestep | 时步,时间步长 |
partially-stirred reactors | 部分搅拌反应器 |
classification accuracy | 分类精度 |
speedup | 加速比 |
model's performance | 模型的性能 |
homogeneous reactor | 均匀反应堆 |
reduced mechanism | 简化机理 |
TPGME | 三丙二醇单甲醚 |
n-hexadecane | 十六烷、正十六烷 |
aromatic hydrocarbon | 芳香烃 |
Engine Combustion Network | 喷雾燃烧数据库 |
ambient temperature | 环境温度 |
lift-off length | 浮起长度 |
fuel jet | 燃料喷射 |
residence time | 停留时间 |
single-cylinderengine | 单缸发动机 |
aftertreatment | 后处理 |
Direct Ink Writing | 直写成型技术 |
reactive materials | 反应性材料 |
detonation state | 爆轰状态 |
Kohn–Sham density-functional theory | 科恩-沈吕九的密度泛函理论 |
Chebyshev polynomial expansion | 切比雪夫多项式的展开式 |
nanosecond shock compression experiments | 纳秒脉冲压缩实验 |
force field parameter | 力场参数 |
molecular dynamics | 分子动力学 |
cook-off | 热烤 |
cast explosive | 注装炸药 |
energetic material | 含能材料 |
ALE3D | Arbitrary Lagrangian-Eulerian |
chemical potential | 化学势 |
Comp-B, composition-B | B炸药 |
RDX | 黑索金 |
Detonation Front | 爆炸波前锋 |
Microwave Interferometry | 微波干涉测量法 |
copper cylinder | 铜柱 |
high explosive | 烈性炸药 |
LX-17 | 钝感炸药 |
TATB | 三氨基三硝基苯 |
flyer plate | 平板飞片 |
flyer material | 飞片材料 |
ChapmanJouguet state | 查普曼-朱格特状态 |
Photonic Doppler Velocimetry | 光子多普勒测速仪 |
carbon condensate | 碳冷凝物 |
Fe2O3 | 氧化铁 |
Attenuated total reflectance (ATR) | 衰减全反射 |
Fourier transform infrared (FTIR) | 傅里叶变换红外 |
vinylidene fluoride | 偏二氟乙烯 |
deflagration | 爆燃 |
detonation | 爆炸 |
function of density | 密度函数 |
a function of loading density | 负载密度函数 |
mild steel tube | 低碳钢管 |
mild steel end cap | 低碳钢端盖 |
thermite igniter | 铝热点火器 |
non-violent burning | 非暴力燃烧 |
molding powder | 模塑粉 |
overdriven | 过度驱动 |
condensed phase explosive detonation wave | 凝结相爆炸波 |
expansion data | 扩张数据 |
pentaerythritol tetranitrate(PETN) | 季戊四醇四硝酸酯 |
detonation velocity | 爆速 |
the heat of reaction | 反应热 |
CHEETAH chemical equilibrium code | 化学平衡码 |
adiabatic expansion | 绝热膨胀 |
Triaminotrinitrobenzene | 三氨基三硝基苯 |
Plastic-Bonded Explosive | 塑料粘合炸药 |
highimpedance material | 高阻抗材料 |
reactive flow | 反射流 |
momentum | 动量 |
Photoactive Explosive | 光活性炸药 |
Laser Initiation | 激光引爆 |
detonator material | 雷管材料 |
laser light | 激光照射 |
Metalligand charge transfer (MLCT) | 金属配体电荷转移 |
complex | 复合物 |
tunable explosive propert | 可调的爆炸特性 |
absorption profile | 吸收曲线 |
output pellet | 输出颗粒 |
Physical and Life Sciences Directorate | 物理和生命科学理事会 |
Efficient Simulation (ChIMES) | 有效模拟 |
manybody Chebyshev Interaction Model | 多体切比雪夫相互作用模型 |
reactive force field | 反作用力场 |
C/O system | 碳氧系统 |
thermodynamic condition | 热力学条件 |
training set generation expense | 训练集生成费用 |
dissociative condensed phase system | 离解凝聚相系统 |
molten carbon | 熔融碳 |
density functional theory | 密度泛函理论 |
prediction of structure | 预测结构 |
standard quantum molecular dynamics method | 标准的量子分子动力学方法 |
linear system size scalability | 系统规模具有线性扩展性 |
carbon cluster | 碳簇 |
condensed-phase reaction-coupled formation | 凝聚相反应耦合形成 |
finite size effect | 有限尺寸效应 |
modeling paradigm | 建模范式 |
insensitive energetic compounds | 不敏感含能化合物 |
hydroxylammonium chloride | 氯化羟胺 |
thermal conductivity | 导热系数/热导率 |
Finite-size effects | 有限尺寸效应 |
hot spot temperature | 热点温度 |
hot spot chemistry | 热点反应 |
polymer-bound explosives | 高聚物粘结炸药 |
shock compression | 冲击压缩 |
averaging routine | 平均例程 |
shock strength | 冲击强度 |
emissivity | 发射率 |
optical pyrometry | 光学高温计 |
thermal emission spectra | 热发射范围 |
oxidation state | 氧化态 |
ignition characteristic | 点燃特性 |
nanocomposite thermite | 纳米复合铝热剂 |
interface particle velocity histories | 界面粒子速度 |
grit | 细度 |
time of flight mass spectrometer (ToF-MS) | 飞行时间质谱仪 |
theoretical maximum density (TMD) | 最大理论密度 |
failure diameter | 失效直径 |
Close Area | 禁区;封锁区 |
high explosives | 高能炸药 |
Shear Band | 剪切带 |
nanoscale | 纳米尺度 |
Shock initiation | 冲击起爆 |
plastic failure | 塑性破坏 |
1,3,5-triamino-2,4,6-trinitrobenzene | 1,3,5-三氨基-2,4,6-三硝基苯 |
Hydrogen Bonding | 氢键 |
High-Pressure Equation of State | 高压状态方程 |
energetic materials (EMs) | 高能材料 |
First-principles calculations | 第一性原理计算 |
anharmonic effect | 非谐效应 |
polymeric binder | 聚合物粘合剂 |
diamond anvil cell | 金刚石压砧 |
Pentazolate Salt | 五唑阴离子盐 |
cook-off | 热烤 |
cast explosive | 注装炸药 |
energetic material | 含能材料 |
melt-cast explosive | |
ALE3D | Arbitrary Lagrangian-Eulerian |
chemical potential | 化学势 |
Comp-B, composition-B | B炸药 |
RDX | 黑索金 |
Detonation Front | 爆炸波前锋 |
Microwave Interferometry | 微波干涉测量法 |
copper cylinder | 铜柱 |
high explosive | 烈性炸药 |
LX-17 | 钝感炸药 |
TATB | 三氨基三硝基苯 |
flyer plate | 平板飞片 |
flyer material | 飞片材料 |
ChapmanJouguet state | 查普曼-朱格特状态 |
Photonic Doppler Velocimetry | 光子多普勒测速仪 |
carbon condensate | 碳冷凝物 |
Fe2O3 | 氧化铁 |
Attenuated total reflectance (ATR) | 衰减全反射 |
Fourier transform infrared (FTIR) | 傅里叶变换红外 |
vinylidene fluoride | 偏二氟乙烯 |
high confinement | |
deflagration | 爆燃 |
detonation | 爆炸 |
function of density | 密度函数 |
a function of loading density | 负载密度函数 |
mild steel tube | 低碳钢管 |
mild steel end cap | 低碳钢端盖 |
thermite igniter | 铝热点火器 |
non-violent burning | 非暴力燃烧 |
molding powder | 模塑粉 |
overdriven | 过度驱动 |
Jones-Wilkins-Lee (JWL) Reaction Product Equation | 琼斯-威尔金斯-李(JWL)反应产物状态方程 |
condensed phase explosive detonation wave | 凝结相爆炸波 |
expansion data | 扩张数据 |
pentaerythritol tetranitrate(PETN) | 季戊四醇四硝酸酯 |
detonation velocity | 爆速 |
the heat of reaction | 反应热 |
CHEETAH chemical equilibrium code | 化学平衡码 |
adiabatic expansion | 绝热膨胀 |
Triaminotrinitrobenzene | 三氨基三硝基苯 |
Plastic-Bonded Explosive | 塑料粘合炸药 |
highimpedance material | 高阻抗材料 |
reactive flow | 反射流 |
momentum | 动量 |
Photoactive Explosive | 光活性炸药 |
Laser Initiation | 激光引爆 |
detonator material | 雷管材料 |
laser light | 激光照射 |
condensed phase explosive detonation wave | 凝结相爆炸波 |
expansion data | 扩张数据 |
pentaerythritol tetranitrate(PETN) | 季戊四醇四硝酸酯 |
detonation velocity | 爆速 |
the heat of reaction | 反应热 |
CHEETAH chemical equilibrium code | 化学平衡码 |
adiabatic expansion | 绝热膨胀 |
Triaminotrinitrobenzene | 三氨基三硝基苯 |
Plastic-Bonded Explosive | 塑料粘合炸药 |
highimpedance material | 高阻抗材料 |
reactive flow | 反射流 |
momentum | 动量 |
Photoactive Explosive | 光活性炸药 |
Laser Initiation | 激光引爆 |
detonator material | 雷管材料 |
laser light | 激光照射 |
Metalligand charge transfer (MLCT) | 金属配体电荷转移 |
complex | 复合物 |
tunable explosive propert | 可调的爆炸特性 |
absorption profile | 吸收曲线 |
output pellet | 输出颗粒 |
Efficient Simulation (ChIMES) | 有效模拟 |
manybody Chebyshev Interaction Model | 多体切比雪夫相互作用模型 |
reactive force field | 反作用力场 |
C/O system | 碳氧系统 |
thermodynamic condition | 热力学条件 |
training set generation expense | 训练集生成费用 |
dissociative condensed phase system | 离解凝聚相系统 |
molten carbon | 熔融碳 |
density functional theory | 密度泛函理论 |
prediction of structure | 预测结构 |
standard quantum molecular dynamics method | 标准的量子分子动力学方法 |
linear system size scalability | 系统规模具有线性扩展性 |
carbon cluster | 碳簇 |
condensed-phase reaction-coupled formation | 凝聚相反应耦合形成 |
finite size effect | 有限尺寸效应 |
modeling paradigm | 建模范式 |