1) deposition rate
沉积速率
1.
Effects of technological conditions on deposition rate and structure of functional Co-B films prepared by electroless plating;
化学镀工艺对Co-B功能膜沉积速率与结构的影响
2.
Effects of deposition rate on surface topography of Ni-Cr thin film deposited by EB-PVD;
沉积速率对EB-PVD Ni-Cr薄膜表面形貌的影响
3.
Influences of process parameters on deposition rate of CVI-TaC;
工艺参数对CVI-TaC沉积速率的影响
2) sedimentation rate
沉积速率
1.
Modern sedimentation rates and their influencing factors in the China s Xinglin Bay;
厦门杏林湾现代沉积速率及其影响因素研究
2.
Formation of Xijiang Da aosha in Pearl River Delta during the postglacial period from a perspective of sedimentation rates and sediment grain size;
从沉积速率和沉积物粒度看冰后期海侵以来珠江三角洲西江大鳌沙的形成
3.
Modern sedimentation rates in the intertidal zone on the west coastal zone of the Bohai Gulf;
渤海湾西岸潮间带现代沉积速率研究
3) sedimentary rate
沉积速率
1.
Sedimentary rates and changing mechanism in northern and middle South China Sea since Late Pleistocene;
南海中北部海域晚更新世以来沉积速率及其变化机制
2.
Radionuclide distribution in sediments and sedimentary rates in seas surrounding Xiamen
环厦门海域沉积物放射性核素分布与沉积速率
3.
The paper presents the modern sedimentary rate determined by 210 Pb from a core collected in the Pearl River Estuary.
应用~(210)Pb测年法测定珠江口的现代沉积速率,推算出不同层段的沉积物年龄,指出其现代沉积环境相对比较稳定;对该海区柱状沉积物的重金属之间、重金属与有机碳含量之间的相关性进行了分析,并对珠江口的重金属污染状况与其它海域及珠江口历史上的污染进行了比较。
4) sedimentation rates
沉积速率
1.
A comparative study on recent sedimentation rates in Lake Donghu, Wuhanwith ~(210)Pb and ~(137)Cs dating techniques;
~(210)Pb和~(137)Cs法对比研究武汉东湖现代沉积速率
2.
Honghu, Chaohu and Taihu Lakes in the middle and lower reaches of Yangtze River were selected for understanding the change of sedimentation rates.
对长江中下游洪湖、巢湖和太湖沉积物采用210Pb和137Cs相结合的方法测定沉积速率。
3.
The marine recent sedimentation rates introduce mainly the studies of determined by the￣(210)Pb─￣(210)Bi method and the studies of the radiation determination and data are introduced mainly.
本文主要介绍了用~（２１０）Ｐｂ─~（２１０）Ｂｉ法测定海洋现代沉积速率和数据处理方法的研究。
5) depositing rate
沉积速率
1.
To analyze the effect of plating solution composition on wood electroless nickel plating depositing rate, the plating solution was added in dropping.
为了确定镀液组成对木材化学镀镍金属沉积速率的影响,本文用点滴法加入镀液的方法进行了木材化学镀镍实验,分析了木材化学镀镀镍镀液的主盐浓度、还原剂浓度、络合剂浓度等对金属镍沉积速率的影响,从而得出木材化学镀镍比较理想的镀液组成。
2.
The influences of current density on depositing rate, current efficiency and microstructure of nanocrystalline Co-Ni alloy were studied by means of SEM, TEM, XRD and EDS, and compared with that of conventional electroplating.
采用自制的高速喷射电沉积装置制备了块体纳米晶Co Ni合金 ,利用SEM、TEM、XRD及EDS等方法研究了电流密度对沉积速率、电流效率及Co Ni合金沉积层组织结构的影响 ,并与槽镀沉积层进行了对比。
3.
But there is no report about Ni-Zn-P alloy depositing rate.
但是对Ni-Zn-P合金沉积速率的研究,目前还未见报道。
6) wax deposition rate
蜡沉积速率
1.
When the temperature difference between crude oil and wall of pipeline is same,the wax deposition rate is different.
在原油与管壁温差相同时,不同温度段蜡沉积速率并不相同,存在蜡沉积高峰区。
2.
Based on experimental results, the relationship between the wax deposition rate and its influencing factors are established by using neural network.
利用人工神经网络的方法模拟各种影响因素与原油管道蜡沉积速率之间的映射关系 ,建立了多因素非线性影响下的蜡沉积速率模型 。
3.
The paper designs a sum of square function, which is an optimization mathematical model that makes the residual sum of squares of wax deposition rate between the calculated and the measured minimum.
通过设计一个平方和函数,使蜡沉积速率的计算值与实测值的残差平方和为最小的优化数学模型成为一个无约束的非线性规划问题。
补充资料：传热速率
分子式：
CAS号：
性质：又称热流密度。是指单位时间内通过单位截面积的热量。常用符号q表示，单位为W/m2。其数学定义式为q=Q/A。式中Q为热流量(W)，A为热流量所通过的横截面积(m2)。按传热具体方式的不同有导热，对流换热和传热过程等的传热速率之分。采用某些技术措施以增大或减少传热速率是强化或削弱传热的主要方式。
CAS号：
性质：又称热流密度。是指单位时间内通过单位截面积的热量。常用符号q表示，单位为W/m2。其数学定义式为q=Q/A。式中Q为热流量(W)，A为热流量所通过的横截面积(m2)。按传热具体方式的不同有导热，对流换热和传热过程等的传热速率之分。采用某些技术措施以增大或减少传热速率是强化或削弱传热的主要方式。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条