Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金极的界面微分充容和膜的覆盖率考察NS己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容测量器、不可逆设备、调制器、移相器、场极化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金极的界面微充容和膜的覆盖率考察了NS在环己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容测量器、不可逆设备、调制器、移相器、场极化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金极的界面微分充容和膜的覆盖率考察了NS在环己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容测量器、不可逆设备、调制器、移相器、场极化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金极的界面微分充容和膜的覆盖率考察了NS在环己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容器、不可逆设备、调制器、移相器、场极化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金面微分充容和膜覆盖率考察了NS在环己烷中自组装膜成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计符号，包括容测量器、不可逆设备、调制器、移相器、场化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金界面微分充容和膜覆盖率考察了NS在环己烷中自组装膜成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计符号，包括容测量器、不可逆设备、调制器、移相器、场化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装修饰金极的界面微分充和膜的覆盖率考察了NS在环己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包甚高频、超高频和特高频路设计的符号，包括测器、不可逆设备、调制器、移相器、场极化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组装的界面微分充容和膜的覆盖率考察了NS在环己烷中自组装膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容测量器、不可逆设备、调制器、移相器、场化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。

Using electrode interface capacitance and surface coverage to investigate the formation kinetics of NS monolayer in hexahydrobenzene solvent.

通过自组金的界面微分充容和膜的覆盖率考察了NS在环己烷中自组膜的成膜动力学。

Contains symbols for VHF, UHF, and SHF circuit design, including capacitance measurers, nonreciprocal devices, modulators, phase shifters, field polarization devices, and filters.

包含用于甚高频、超高频和特高频路设计的符号，包括容测量器、不可逆设备、调制器、移相器、场化设备和滤波器。

In calefactive phase, the electro thermal model of hot bridge wire was established, the calefactive time of invariable current fire case and capacitance discharge fire case were both studied.

在升温阶段建立桥丝热升温模型，分别求解恒定流点火升温时间和容放点火升温时间。