温度振荡的英文

• temperature oscillations

• 温度    temperature
• 振荡    generation; oscillating; osc ...
• 谐波温度振荡    harmonic temperature oscillation
• 幅度振荡    amplitude oscillation
• 高强度振荡    high-intensity oscillation
• 过度振荡    overshoot oscillation
• 强度振荡    vigorous agitation
• 轻度振荡    gentle agitation
• 分段干涉量度振荡    piercing
• 高稳定度振荡器    high stable oscillator
• 高稳定度振荡器带电容电阻耦合器    high stability oscillator with resistance-capacitance coupling
• 宽径不闭合式１８０度振荡器弯头    wide pattern return bend
• 温度补偿晶体振荡器    tcco =temperature compe ated crystal oscillator; tcco =temperature compensated crystal oscillator; tcco temperature compensated crystal oscillator; temperature compensated crystal oscillator
• 温度补偿石英晶体振荡器    temperature compensated crystal oscillator
• 温度控制晶体振荡器    temperature-controlled crystal oscillator
• 大幅度振动    violent oscillatory motion
• 高度振动型    height mode
• 过度振动    overvibrate; overvibration
• 厚度振动    thickness vibration
• 速度振幅    velocity amplitude
• 速度振谱    velocity spectrum
• 振荡    generation; oscillating; oscillation; vibration 本机振荡 local oscillation; 寄生振荡 parasitic oscillation; 振荡变压器 oscillation transformer; 振荡波 wave of oscillation; 振荡次数 number of oscillation; 振荡电路 oscillating circuit; oscillatory circuit; oscilation circuit; 振荡功率 hunting power; 振荡管 oscillating tube; oscillating valve; 振荡离心机 [机械工程] vibratory centrifuge; 振荡指示器 [电学] cymoscope
• 过度振动作用    overvibration
• 温度    [物理学] temperature 绝对温度 absolute temperature; 室内温度 indoor temperature; 室外温度 outdoor temperature; 最低温度 minimum temperature; 最高温度 maximum temperature; 温度标 scale of thermometer; 温度表 thermometer; thermograph; 温度差 temperature difference; 温度异常 temperature anomaly
• 温度蒸发比    te ratio; temperature evaporation ratio
• 温度折射    temperature refraction

• In this paper , aggas2 polycrystal was synthesized by two - zone vapor - transport ing and temperature - oscillating method ( tvtm ) with high pure elements silver ( ag ) , gallium ( ga ) , and sulfur ( s ) . in the synthetic procedure , s vapor was transported from lower temperature zone to the higher where s reacted with ag and ga to get aggas2 , and then aggas2 was temperature - oscillated many times between 1060 ? and 900 ? . by tvtm , it made the ampoule less crack rate and the material much better
  本论文用银( ag ) 、镓( ga ) 、硫( s )三种高纯单质元素，采用一种新的合成工艺路线? ?二温区气相输运温度振荡法，从低温区以热对流的方式输运硫蒸汽到高温区与银和镓反应生成aggas _ 2 ，降低了合成安瓿爆炸几率；并在熔点附近快速温度振荡从而提高多晶质量。