升温时间

与此同时，缩短了色谱柱的升温时间，节省了分析用时。

Meanwhile , we shorted the heating up time of chromatographic column .

改造以后整个系统的升温时间由原来的30～40h下降到12h以下，添加联苯的周期延长，单个纺丝箱体排放更为方便。

Through innovation , the heating period of the whole system decreased from 30 ~ 40 h to 12 h below . The frequency of adding dowtherm reduced . The drain of individual spinning manifold is easier than before .

模型截面最大温差T0和系数α随升温时间变化而变化，通过控制升温时间和升温功率可以有效的模拟真实情况下混凝土箱梁的温度场及效应。

Model of the largest cross-section temperature and the temperature coefficient with the time change , by controlling the heating time and heating power can effectively simulate the real circumstances of the concrete box girder and the effect of the temperature field .

超高压容器的升温时间效应及其动态方程

Time effect and kinetic equation of temperature in ultrahigh - pressure cell

发动机尺寸愈大，固化升温时间愈长。

Time of temperature rising during slurry curing depends on motor size .

高温条件下木材升温时间的理论计算和实测感温火灾探测器响应时间下限值

Theoretical Prediction of Heat Transfer in Wood and Experimental Verification lower limit of response time of heat detector

GB/T7287.4-1987红外辐射加热器升温时间和降温时间测量方法辐射测温无源温区外推标定技术研究

Measuring method for temperature rise time and fall time of infrared heater Calibration Methods Research Using Extrapolation for Temperature Blackbody Furnace Can 't Reach

生产实践表明，预热装置具有升温时间短、节油、对环境污染小等优点。

The production practice showed that the preheating equipment had some advantages , such as fast warming-up , low oil consumption and little environmental pollution .

本文从空气夹层的位置，窑炉的升温时间等方面研究了空气夹层在间歇式窑炉窑墙中的作用。

The effect of the air layer in intermittent kiln walls is studied in this paper from the air layer position and the temperature rising time .

研究表明，短柱在火灾下与火灾后的极限承载力随升温时间的增加而剧减，承载力与温度场的分布基本上成线性关系。

The study concluded that the capacity of CCFT decreased sharply with the increase of fire time and the capacity was almost directly proportional to the temperature distribution .

得出结论：升温时间比、火灾荷载比、截面边长以及长细比是影响火灾全过程作用后圆钢管混凝土柱剩余承载力的主要影响参数。

It was found that , in general , ascending time ratio , fire load ratio , cross-section dimension and slenderness ratio have a significant influence on residual strength .

炉壁内表涂以高反射率涂料后，可明显缩短工件随炉升温时间，但不能减少空炉升温时间；

If the refractory wall is covered with high reflectivity coating , the heating-up time with workpieces is reduced obviously , whereas the heating-up time at empty cannot be reduced ;

本文提出了D因子概念，通过D因子可以对升温时间和最高蒸煮温度进行预报，从而达到控制蒸煮质量的目的。

In this paper , the author has developed the concept of D factor . Through the madium of D factor , the rise temperature time and maximum temperature of cooking can be predicted and thus the quality control for sulfate cooking can be attained .

应用电子计算机预测气相色谱程序升温保留时间

Prediction of Retention Time by Computer in Prog-rammed Temperature Gas Chromatography

给出的主要研究成果和重要现象有：标准的火灾升温－时间曲线；

Standard Some useful results and important phenomena are given here .

通过理论计算得到木材中心升温加热时间，以140。

Also the heating time in the centre of wood was calculated .

塔板理论对毛细管色谱程序升温保留时间预测的研究

Using Plate Theory for the Prediction of Retention Times in Programmed-temperature Gas Chromatography with Capillary Columns

选择适合的灰化电流除去样品中的基体，优化的石墨炉升温&时间参数，有效地抑制了悬浮体进样的基体干扰和背景吸收干扰。

The appropriate pyrolysis temperature is efficient for reducing the background absorption and removing the matrix interferences .

得到并分析了传感器的升温激活时间、响应性能和电动势输出以及在不同波动频率下的波形图。

The basic functions such as light-off-time , electromotive force output , response time and oscillograph trace under four different frequencies are obtained and analysed .

总结了桃日光温室的建造标准、栽培品种选择、栽植形式与密度、温室升温的时间及升温后的温湿度控制、花果管理、病虫害防治，以及整形修剪方面的技术要点。

In this paper , the key techniques for peach cultivation in greenhouse like greenhouse build-up , choice of peach variety , planting , temperature regulation , flower and fruit management , disease and insect control , tree shaping , etc , are introduced .

讨论了原料、焙烧温度、升温速度、保温时间对粉末性能的影响，并用X射线衍射及SEM对粉末的结构和形貌进行了研究。

The influences of the raw materials , calcination temperature , the heating rate and the keeping time on the phase composition and morphology of prepared powder are investigated by X-ray diffraction and scanning electron microscope .

观察并分析了升温速率及保温时间对接头显微组织的影响。

Effect of heating rate and holding time on microstructure of brazing joint is analyzed .

并研究升温速度，保温时间对介电、压电性能的影响。

The influences of heating rate and soaking time on piezoelectric and dielectric properties were also studied .

研究表明，影响该过程的主要参数有鼓气速率、结晶降温速率、结晶时间、发汗升温速率及发汗时间等。

The main affecting parameters are bubbling velocity , temperature reducing and rising program and sweating time , etc.

结果表明，升温速率、保温时间、坯体厚度及表面积均对排胶过程有很大影响。

Results show that temperature-increasing rate , holding time , thickness of green bodies and surface areas have a great influence on binder removal process .

系统考察了影响炭磺酸酸量的炭化条件，包括炭化温度，升温速率，炭化时间等。

Furthermore , the acid amount of char sulfonic acid influenced by the charring temperature , the charring time and heating rate of carbonization were studied in details .

考查了碳化温度、升温速度、恒温时间和粒度的大小对其碳化物筛分空气能力的影响。

In this paper the effect of carbonization temperature , time of constant tempe - rature , heating rate and size of coal on the ability of air separation is studied .

探讨了导电纤维制备过程中Cu2+渗透的温度及时间、还原剂与硫化剂的浓度和反应升温速度、反应时间等工艺条件对导电性能的影响；

The effects of fibre ′ s conductivity on the Cu 2 + infiltration temperature and time , the concentration of reducing agent and sulfide agent , calefactive speed and time during production are discussed .

发现供水状态变化后，地板表面温度随时间呈指数变化，升温期的稳定时间约为降温期的一半。

It is found that the floor surface temperature variety exponentially with time after the change of water condition , and the heat lag in the heating period is about half of that in cooling period .

指出硫化染料与硫化钠的使用比例、染色工艺、升温速度、保温时间是影响染色质量的主要因素，同时给出了解决染疵的方法。

The following are the main affective factors of dyeing quality and methods to solve the defects due to dyeing . Deciding proportion of sulfur dyes and sodium sulfide used . Sodium sulfide should be stored properly to protect it from oxidation and failure .