hso

Less than 8 % mercury oxide can be reduced to elemental mercury , influenced by HSO ~ - _4 ions and metal ions present in the liquid ; a higher SO_2 concentration boosts the reduction of mercury oxide .

少于8%的氧化汞可以被还原为单质状态的汞，这种转化与浆液中硫酸氢根离子和金属离子有关，较高的SO2浓度有利于促进氧化汞还原作用的发生。

Stepmotor Control Based on the HSO of 8098 Single - Chip Processor

基于8098单片机高速输出单元（HSO）的步进电机控制

Function of and Programing Technique for HSI HSO of 8098 Single Chip Computer

8098单片机HSI、HSO的功能探讨与编程技术

Study on HSO process of PA6 fiber

PA6纤维HSO生产工艺研究

The realization of a high precision & linearization D / A converter by HSO

利用HSO实现高精度、线性化的D/A转换

The oxygen evolution over-potential is 2.1 V in 0.5 M HSO solution .

在0.5mol／LH2SO4溶液中，电极的析氧电位为2.1V。

Bisulfate : The univalent inorganic acid group HSO or a salt of sulfuric acid containing it .

硫酸氢盐：单价无机酸HSO或含有它的硫酸盐。

The controlling principles of the stepper motor , the design of hardware and software by using the HSO in 8098 MCU are introduced .

给出了利用8098单片机的高速输出单元HSO实现对步进电机的控制原理、硬件、软件设计。

In the paper , we discussed the methods of D / A transformation of MCS-96 single chip processor , including common D / A chip die and HSO .

本文对MCS－96单片机如何实现D／A双极性转换的问题进行了深入探讨，并给出了常规D／A芯片和HSO两种实现双极性D／A转换的方法。

This paper deals with the designs of the hardware and software based on the HSO of8098 single-chip microcomputer as the way of control signal in the si-control power modulation system .

该文介绍了在可控硅功率调节系统中，采用8098单片机HSO端作为控制信号输出通道的硬件和软件设计。

HSO - 4 can be intercalated into graphite fiber ( GF ) by anodic oxidation . The resistance variation and stability of the intercalated GF have been investigated .

通过阳极氧化法将HSO-4插入石墨纤维中，研究了插层前后石墨纤维电阻的变化及其稳定性。

Ninety-six channels of PWM signals from Intel 8098 were used to control the gas and / or liquid reagent adding through electromagnetic valves , while 4 channels of HSO output were used for solid reagent adding .

通过Intel8098发出的96路PWM脉冲控制信号，可以同时控制96路气、液态药剂的添加，而通过Intel8O98的4路HSO输出，则可以控制固体药剂的添加速度。

The setting of working conditions was achieved by the HSI ports of80C196KC and the chopper was controlled by the signal outputted by HSO and I / O ports of80C196KC too .

工况的给定是通过80C196KC的高速输入口实现的，斩波器的通断受80C196KC的高速输出口或I/O口的控制。

Preparation of C + x · HSO - 4 intercalation compound by hydrothermal synthesis method is reported , the effects of principal reaction conditions such as oxidizer , intercalant , reaction time , reaction temperature and ratios of starting materials are studied .

通过水热法成功地合成了C+x·HSO-4石墨插层化合物，讨论了氧化剂、插入剂、反应时间、反应温度和原料配比等对插层反应的影响，以及热力学对插层反应的影响。

The methods of synchronizing the triggering pulse and the power wave by HSI of MCS-8798 , producing the triggering pulse of bridge-type circuit by HSO of it , and substituting table lookup for real time computation are introduced .

介绍了应用8798HSI进行同步认相，用HSO产生三相全控桥触发脉冲，以及用查表代替实时计算进行速度调节的方法。