干燥温度

但是热风干燥温度对柑橘幼果中柠檬苦素和诺米林的含量影响不具有显著性（p＞0.05）。

But the effects of hot air drying temperature on contents of limonin and nomilin were not significant ( p0.05 ) .

拟薄水铝石干燥温度对γ-Al2O3载体压碎强度的影响

Influence of drying temperature of pseudo-boehmite on crush strength of γ - al_2o_3 support

神经网络PID在煤泥干燥温度控制中的应用

Application of PID Controller Based on Neural Network on Control of Temperature of Drying Silt Coal

随着真空干燥温度的提高，Au纳米粒子的粒径增大。

The particle size of the Au nanoparticles increases with raising the vacuum dryness temperature .

试验结果分析表明，真空度对蕨菜制品的维生素C含量影响最大，干燥温度次之，物料层厚度的影响最小。

Experimental results show that vacuum degree have greatest influence on the vitamin C content of Pteridium Aquilinum , then the drying temperature , least the material thickness .

干燥温度对EMD电化学活性的影响

Influence of Drying Temperature on Electrochemical Activity of EMD

通过考察维生素C泡腾片颗粒的最佳干燥温度和最高容许含水量，确定了冷冻除湿颗粒干燥箱的设备参数及干燥工艺条件。

The equipment parameters and drying technique conditions of drying box for lyophilizing granula were established by the exploration to optimal drying temperature and highest permitted water-content of vitamin C effervescent tablet .

真空干燥温度影响Au催化剂的粒子尺寸和催化活性。

( 3 ) . The vacuum dryness temperature affects significantly on the particle size and the catalytic activity of the Au catalysts .

聚合物的Tg、分散介质、复合乳液的干燥温度以及SiO2的含量对表面形貌都有显著影响。

The Tg of polymer , the silica content , the solvent and the drying temperature have significant influences on this surface morphology .

提高干燥温度可以增大CTC红茶产品的平均粒度，但不影响Freedom红茶产品的平均粒度。

Increasing drying temperature could increase the average particle size of CTC tea , but did not influence the average particle size of Freedom tea .

重点讨论了黑米米皮，浸米时间、温度、PH值、干燥温度、干燥时间等因素对高温干燥法制作黑米速食粥工艺的影响。

Factors that would affect producing black rice gruel such as black rice cortex , soaking period and temperature of rice , pH value , temperature of drying , duration of drying were discussed .

阐述了液相烧结SiC陶瓷喷雾造粒过程中的相关制备工艺，研究了浆料的特性、干燥温度、喷雾压力等因素对粉体性能的影响。

Spray prilling technology using for preparing liquid-phase sintering SiC powders was discussed . The influences of slurry characteristics , temperature and spray press on powder properties were investigated .

干燥温度对纳米级Ni（OH）2的团聚程度有较大影响，并可以在一定程度上控制材料的密度。

Drying temperature has a great influence on the agglomeration degree of nano-scale Ni ( OH ) _2 and thus can also control the density of nano-scale Ni ( OH ) _2 within a certain extent .

笔者主要研究了拟薄水铝石干燥温度对γAl2O3载体压碎强度的影响，拟薄水铝石的干燥温度控制在60～110℃。

The influence of drying temperature of pseudo-boehmite on crush strength of γ - Al_2O_3 support was studied . Pseudo-boehmite was dried at temperature ranged from 60 to 110 ℃ .

当拟薄水铝石干燥温度为90℃时，虽然γAl2O3载体的压碎强度仍为20.8N/mm，但强度的均匀度明显下降，σ11X&值为24.9%；

When pseudo-boehmite was dried at 90 ℃, the crush strength of γ - Al_2O_3 support was 20.8 N / mm and σ _ 11 X - was 24.9 % .

研究了还原温度、干燥温度、分散剂浓度及SiO2含量的变化对样品相的组成、形貌、尺寸及磁性能的影响规律。

This study investigated the effect of reduction temperature , drying temperature , dispersant concentration and SiO2 content on the phase , the morphology , the size and magnetic properties , respectively .

研究中和液pH、干燥温度以及混合物合成温度对产品质量的影响，确定了最佳工艺条件为：中和液pH取3.7，干燥温度为475℃，合成温度为720℃。

The influences of pH of neutralization liquid , drying temperature and synthesis temperature of the mixture on the product quality are studied . The optimum conditions are determined as follows : pH 3.7 , drying temperature 475 ℃, synthesis temperature 720 ℃ .

最佳改性条件为：CPB用量3份，85℃下吸附15min，干燥温度100&110℃。

Optimum modification conditions are : 3 parts of CPB , adsorbing for 15 min at 85 ℃ and drying at 105 - 113 ℃ .

干燥温度和收获时期对饲用玉米ADIN含量的影响

Effects of Drying Temperature and Harvest Time on ADIN Content of Forage Maize

系统研究了用石墨炉原子吸收光谱法测定八种植物染发剂中Pb、Cd和Cu的仪器测定条件，包括干燥温度、灰化温度、原子化温度、基体改进剂等，得到最佳仪器测定条件。

Apparatus conditions of GFAAS for determination of Pb . Cd and Cu in eight kinds of plant hair dyes were inquired . The factors affecting the result were investigated including the drying temperature , atomization temperature , ashing temperature and matrix modifier .

红外光谱分析以及物理性能测试结果表明，胶乳法CNR物料的干燥温度应控制在100℃以下。

The results based on infrared spectrum analysis and physical property test show that the drying temperature of CNR should be controlled less than 100 ℃ .

由实验结果可推断，PACS聚合形态取决于碱化度及Al~（3+）/SO4~（2-）摩尔比，干燥温度影响PACS的结构形态和水溶性，因而也影响PACS絮凝效果。

The experimental results showed that the polymeric degree of PACS was related to basicity and A13 + / SO42 - molar ratio . Drying temperature has an influence on the structure and the solubility of PACS .

聚合温度及坯体干燥温度应控制在65oC以下；

The temperature of polymerization and body drying should be below 65oC ;

本试验研究了玉米醇溶蛋白（Zein）溶液的浓度、pH值、干燥温度及增塑剂种类与数量等条件对Zein包衣抗张强度（TS）和透气性（Ap）的影响。

Tensile strength ( TS ) and Air permeability ( Ap ) were investigated in the zein Coating prepared by different processing parameters , such as zein concentration , pH , dried temperature and amount of plasticizing agents added .

经优选干燥温度、时间及原子化温度，使一次程序升温周期分别缩短为锰17s、铅20s。

The optimum drying time , drying and atomize temperature were chosen to reduce cycle times to 17s and 20s for manganese and lead respectively .

提高干燥温度有利于CTC红茶干燥强度以及排气相对湿度的提高；提高干燥温度难以使Freedom红茶的干燥强度大幅度提高，却使排气相对湿度降低。

Increasing drying temperature could strengthen the drying intensity of CTC tea and increase its exit air relative humidity , but higher drying temperature improved drying intensity difficultly for Freedom tea and exit air relative humidity decreased with the increase of drying temperature .

对宝红BK钙盐的α-、β-、γ-、δ-晶相的形成进行了研究，指出色淀化温度和干燥温度是影响晶相生成的重要因素；

The formation of α - 、β - 、γ - 、δ - crystal phase of Rubin BK pigment was studied , and it was found that the temperatures of laking and drying are important factors .

研究了高吸水性树脂HSPAN制备过程中的干燥温度、干燥时间及干燥方式对吸水性的影响。

The effects of drying time , temperature and method on absorbency of HSPAN have been studied in this paper .

干燥温度为80℃，真空度为干燥箱所能达到的最大真空度0.08MPa。

The temperature of vacuum drier , 75 ℃; the maximum vacuum degree , 0.08 Mpa .

通过对干凝胶干燥温度对NiFe2O4晶粒大小影响的研究，可以认为完整的SiO2网络有助于更好地限制NiFe2O4晶粒的生长。

Furthermore , the influence of the initial drying temperature on particle size of nickel ferrite suggests that a well-established silica network provides more restriction on the growth of NiFe_2O_4particles .