介绍了陀螺数字PID温度控制方法以及陀螺仪温度试验系统的结构和特点，用该系统进行了某型陀螺仪的温度速率试验与位置试验。
This paper gives the digital PID control method of the gyro temperature control and introduces the structure and features of a Gyroscope' s temperature test system .
一些人已经设计了各种算法，可利用卫星针对地表温度收集数据，计算出地球吸收和蒸发水分的速率。
Some have designed algorithms that use satellite data on surface temperatures to calculate the rate at which plants are absorbing and transpiring water.
栖息地温度的任何变化将显著影响其新陈代谢、生长速率、生产力、季节性繁殖和对疾病及毒素的易感性。
Any changes in habitat temperatures significantly influence their metabolism, growth rate, productivity, seasonal reproduction, and susceptibility to diseases and toxins.
呼吸热产生的速率也会因农产品本身的温度不同而有所差异。
The rate at which repiration heat is generated also varies with the temperature of the product.
而他们所推崇的一种假说认为热带地区的温度更高意味着化学反应发生的速度更快，因此生物代谢的速率也更快。
The one they favoured is that the higher temperature of the tropics means that chemical reactions happen faster and metabolic rates are therefore higher.
计时器的工作原理类似于恒温器，当温度变化时，两种不同金属以不同速率缩小或膨胀。
The timer worked like a thermostat, on the principle that two different kinds of metal will expand and contract at different rates when their temperature changes.
速率定律，Arrhenius, rate, law。，很好，提高一点点温度。
Arrhenius Great thing, you raise the temperature by a little bit.
如果你把温度提高一点，从298到800度，速率提高。
So if you were to raise the temperature from 298 degrees Kelvin to 800 degrees Kelvin, the rate speeds up.
一片放在阳光下的金属，其温度要上升到它吸收热量和失去热量的速率相等时才停止。
A piece of metal left in the sun rises in temperature until it loses heat at the same rate while it absorbs heat.
一片放在阳光下的金属，其温度要上升到它吸收热量和失去热量的速率相等时才停止。
A piece of metal left in the sun rises in temperature until it loses heat at the same rate at while it absorbs heat.
在较温暖环境中，新陈代谢速率要慢于在较冷温度中的速率。
In warmer temperatures, the metabolic rate is lower than at cooler temperatures.
在一定的真空度下，金属的蒸发速率随着温度的升高而增大。
The rate of metal evaporation increases with increase of temperature under vacuum.
金属在热成形过程中的微观组织演变是影响产品力学性能的关键因素，该演变过程取决于温度、应变和应变速率。
The microstructure evolution, which is governed by temperature, strain and strain rate during hot metal forming, is a key factor to the mechanical properties.
结果表明，整个反应的速率常数受温度的影响较为复杂。
The results show that the temperature dependence of rate constants is complicated.
粗晶lc 4合金在较低温度和较高应变速率条件下，因能产生有效的再结晶细化，而呈现出一定的超塑性。
The coarse crystalline LC4 alloy exhibit some superplasticity under lower temperature and higher strain rate, because it can create effective recrystallization refinement.
自1985年以来，由苏必利尔湖上的浮标测量到的水表温度以每10年增长1.2度的速率上升，比湖面上方的空气升温速率快15%，并且是湖周围陆地升温速率的2倍。
Since 1985, surface water temperatures measured by lake buoys have climbed 1.2 degrees per decade, about 15 percent faster than the air above the lake and twice as fast as warming over nearby land.
沉积速率随温度的增加而减少；
The deposition rate was decreased with increased of the temperature.
这些变量包括冷冻速率和温度斜率。
Some of the variables would include freezing rate and temperature ramping rate.
在有、无氧气存在的情况下，我们测定了培养温度对酵母比生长速率的影响。
We investigated the influence (effect, impact) of temperature on the specific growth rat of yeast in the presence or absence of oxygen.
首先是冷却剂的温度升高，然后温度随冷却剂流动速率变化。
The temperature rise in the coolant then becomes a function of coolant flow rate.
通过改变送粉激光熔覆过程中的扫描速度、送粉速率、基体预热温度等工艺参数，获得了单道激光熔覆层。
Single pass laser surface of the specimens using powder feeding method were obtained by varying the powder feeding rate and the preheating temperature of the substrate.
掌握反应速率常数与温度的关系。
To master the relation of reaction rate constant and temperature.
研究了温度，应变速率与延伸率之间的关系。
The relationships between temperature, strain rate and elongation are investigated.
通过分析计算，讨论了氢气对甲烷燃烧过程及着火温度、燃烧速率、燃尽时间的影响。
The effect of hydrogen on methane combustion and ignition temperature, burning rate and burnout time are discussed through analyzing the calculated results.
研究了乳化剂种类和用量、水相体积分数、温度、搅拌速率等因素对超浓反相乳液聚合的影响。
The stability was affected by kinds and dose of emulsifier, volume fraction of water phase, temperature and velocity of stir.
定量地计算了可燃物浓度、环境温度与反应速率、反应时间的关系；
The influence of fuel gases concentration and ambient temperature on combustion velocity and time are studied.
通过热激活分析，可以获得定量描述动态断裂韧性、温度及加载速率之间的关系。
A quantitative relationship between dynamic fracture toughness and temperature and loading rate has been obtained through thermal activation analysis.
通过热激活分析，可以获得定量描述动态断裂韧性、温度及加载速率之间的关系。
A quantitative relationship between dynamic fracture toughness and temperature and loading rate has been obtained through thermal activation analysis.
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