1) horizontal summation
水平相加
1.
Considering the profit-maximizing problem of a k-plant monopolist facing in separated markets, this article discusses horizontal summation and its applications to price discrimination and to output division.
水平相加原理,是微观经济学很富特色的一种方法。
2) horizontal loading
水平加载
1.
The force resistance of powered support when horizontal loading was added under the condition of laboratory was analyzed and a horizontal loading experiment method was put forward.
对在实验室条件下进行水平加载检验时,液压支架受力情况进行了分析,提出了水平加载的试验方法。
3) horizontal stacking
水平叠加
1.
At present, seismic informational processing of mountain area still used horizontal stacking after conventional fetch trace.
目前,山区地震资料处理,仍采用常规的抽道集后进行水平叠加,但是山区激发点与接收点高差大,且煤层埋深相对较浅,按常规的抽道集方法不能实现共反射点叠加,从而影响了解释小陷落柱、小断层的精度。
4) level of processing
加工水平
1.
We have formulated Jacoby s Process Dessociation Procedure in a new form based on two experiments on the influences of level of processing on implicit memory.
在加工水平对内隐记忆的影响两项实验的基础上提出了对Jacoby过程分离程序的修正公式,修正公式不要求删除测验为0的数据。
2.
It supports perceptual priming effect, which is unaffected by the level of processing.
采用快速命名方法探讨不同加工水平对联想启动效应的影响。
5) Processing level
加工水平
1.
The result also demonstrated that preference occurred on the condition of pure implicit memory, which did not depend on the processing level.
结果表明:汉语识别中存在偏好效应;偏好效应受词频变化的影响,高频时有更大的偏好效应;本实验的偏好效应不受启动词加工水平的影响,说明它是在一种纯的内隐记忆条件下产生的。
2.
The present study examined the processing levels of repetition blindness (RB eff ect) in Chinese character processing in RSVP tasks.
本研究采用正字法相似的汉字作为实验材料考察了RSVP任务中的RB效应的加工水平。
6) Adding level
添加水平
1.
The author has studied the optimum adding level of phosphorus、iron、zinc and magnesium in the carp diet which contains 40% of fish meal and its influence on the content of mineral elements in bones and livers.
对含鱼粉40%的鲤鱼日粮中磷、铁、锌、镁的添加水平及其对骨骼、肝脏中矿物元素含量的影响进行了研究。
补充资料:色散相加双单色仪
分子式:
CAS号:
性质:由两个单色仪组成。其光学系统的色散率为单个单色仪色散的两倍。光辐射从入射狭缝投射到第一单色仪,其出射狭缝作为第二单色仪的入射狭缝。可有效地提高色散率,并降低杂散光。
CAS号:
性质:由两个单色仪组成。其光学系统的色散率为单个单色仪色散的两倍。光辐射从入射狭缝投射到第一单色仪,其出射狭缝作为第二单色仪的入射狭缝。可有效地提高色散率,并降低杂散光。
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