The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同的负载，对电流互感器的稳态饱和与暂态饱和做出和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电流随负载的减小而减小，提高系统的部负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热表明，焙烧程中不同镍负载量的催化剂镍前体与载体前体之间发生的相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

验进一步验证了制约方程受系统负载的影响，即确定的负载可以对应最佳的配比例，按照该比例配信道能够得到最大的系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同的，对电流互感器的稳态饱和暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电流的减小而减小，提高系统的部分能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍量的催化剂镍前前之间发生的相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统的影响，即确定的可以对应最佳的分配比例，按照该比例分配信道能够得到最大的系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不载，对电流互感器稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

时谐振槽输入电流随载减小而减小，提高系分载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不载量催化剂前体与载体前体之间发生相互作用不。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系载影响，即确定载可以对应最佳分配比例，按照该比例分配信道能够得到最大系容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同负载，对电流互感器稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时输入电流随负载减小而减小，提高系统部分负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍负载量催化剂镍前体与载体前体之间相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统负载影响，即确定负载可以对应最佳分配比例，按照该比例分配信道能够得到最大系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

二次侧不同的负载，电流互感器的稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电流随负载的减小而减小，提高系统的部分负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍负载量的催化剂镍前体与载体前体之间发生的相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统负载的影响，即确定的负载可最佳的分配比例，按照该比例分配信道能够得到最大的系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同的负载，对电流互感器的稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电流随负载的减小而减小，提高系统的部分负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍负载量的催化剂镍前体与载体前体之间发生的相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统负载的影响，即确定的负载可以对应最佳的分配比例，比例分配信道能够得到最大的系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同负载，对电流互感器稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电流随负载减小而减小，提高系统部分负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍负载量催化剂镍前体与载体前体之间发生相互作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统负载影响，即确定负载可以对应分配比，按照该比分配信道能够得到大系统容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧不同的，对电器的稳态饱和与暂态饱和做出理论分和仿真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

同时谐振槽输入电随的减小而减小，提高系的部分能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中不同镍量的催化剂镍前体与体前体之间发生的相作用不同。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系的影响，即确定的可以对应最佳的分配比例，按照该比例分配信道能够得到最大的系容量。

The steady state saturation and transient state saturation of the current transformer are theoretically analyzed and simutated under different burder at secondary side.

针对二次侧的负载，对电流互感器的稳态饱与暂态饱做出理论分真。

Superior part-load efficiency is another virtue in the proposed system, for the input current of the resonant tank is decreased with the decrescence of load.

时谐振槽输入电流随负载的减小而减小，提高系统的部分负载能效值。

The thermoanalysis results of the catalysts show that interactions between the precursors of nickel and carrier change with the nickel loading during the calcination treatment.

热分表明，焙烧过程中镍负载量的催化剂镍前体与载体前体之间发生的相互作。

Based on the experiment it is validated that the system load would impact the inhibitable equation, that is, the certain load would make a corresponding proper allocation proportion.

通过实验进一步验证了制约方程受系统负载的影响，即确定的负载可以对应最佳的分配比例，按照该比例分配信道能够得到最大的系统容量。