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correction of
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  校正
     Correction of Nonlinearity of SPM Scanning in Biomedicine
     SPM在生物医学扫描中的非线性研究与校正
     at 530 ℃,the greatest correction of velocities in the sample X and sample Y were up to -0.270 km/s and -0.118 km/s with the decreases of 3 3% and 1 5%,respectively.
     在 2 .0GPa、5 3 0℃时 ,样品X和样品Y校正后的vP 比未校正的vP 分别减小了 0 .2 70km/s(3 .3 % )和 0 .1 1 8km/s(1 .5 % )。
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     Data Correction of IP Sensors
     IP传感器的数据校正
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     ~(14)C Age Correction of Deep Groundwater in Yinchuan Plain
     银川平原深层地下水~(14)C年龄校正
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     After correction of essential risk factors of coronary heart disease, angiotensinogen 174MM gene still increased significantly the risk of myocardial infarction (Odds ratio was 3.66, P= 0.018).
     经校正冠心病的主要危险因素后,血管紧张素原基因174MM仍可显著增加心肌梗死发生的危险性(比数比3.66,P=0.018)。
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  修正
     Relativistic correction of heavy quarkonium spectra were analysed with a phenomenological confinement potenlial of the form U_c(r)=1/2kr~2+λ_1r~4+λ_2r~6+C.
     本文计算了以U_c(r)=1/2×kr~2+λ_1r~4+λ_2r~6+C为囚禁势的重夸克偶素能谱的相对论修正
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     Correction of Some Carbon Signals of Ent-kauran-16β, 17-diol and Its Significance
     Ent-Kauran-16β,17-diol碳信号的修正及其意义
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     We recommend the formula N=N'(1—1/200) for energy transfer correction of rod length.
     在推荐以N=N’×(1一l/200)公式进行杆长能量传递修正后,进而推荐以弯曲修正系数λ进行N值的二次杆长修正
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     Power Correction of FL 912/913 Air-cooled Diesel Engine in Plateau
     FL912/913风冷柴油机高原地区的功率修正
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     Correction of GOLF-RACHT fracture distribution equation
     对GOLF-RACHT裂缝分布方程的修正
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  矫正
     The correction of the Cobb angle was 5°~18°(mean,12°).
     Cobb角矫正5°~18°,平均12°。
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     Result:Local kyphosis was substantially corrected from 45.5°(37°~68°) to 7.5°(0°~14°),with a mean correction of 38°.
     脊柱后凸Cobb角从平均45.5°(37° ̄68°)矫正到7.5°(0° ̄4°),平均矫正38°。
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     In Pemberton osteotomy,the average correction of acetabular angle and ACM angle were 15.8° and 7.6°.
     Pemberton截骨术髋臼角和ACM角平均矫正 15 .8°和 7.6°。
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     The immediate postoperative correction of curve was 53°(36°~102°) for scoliosis,47°(31°~68°) for kyphosis and 21.2mm(18~47mm) for C7 PLV offset.
     术后侧凸矫正36°~102°,平均53°(49.1%),后凸矫正31°~68°,平均47°(58.4%),C7垂线偏移平均矫正21.2mm。
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     The correction of kyphosis was 6°-24°.
     后凸畸形矫正6°-24°。
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  “correction of”译为未确定词的双语例句
     Shift Auto-Correlation Frequency Offset Correction of MIMO-OFDM System in Frequency Domain and LDPC New Parameter Decoding
     MIMO-OFDM系统的频域移位自相关同步与LDPC新参数解码
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     Correction of the astigmatic laser beam
     激光束的像散补偿
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     Optimization Technique for Correction of the Eigen-frequencies of Structural System
     结构系统多频率优化技术
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     Some Methods for Correction of Echo Data Measured by Model 711 Radar
     711雷达测定回波数据订正的方法
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     The influence and Correction of the Earth Tide on the Determination of the Earth's Rotation
     固体潮对测定地球自转的影响及改正(摘要)
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  correction of
Force-reflecting teleoperation of robots based on on-line correction of a virtual model
      
The dynamic correction of collimation errors of CT slicing pictures
      
Finally, experiments are carried out to test the characteristics of the pump and to verify the correction of the theory on this pump.
      
Error measurement and assemble error correction of a 3D-step-gauge
      
The use of different methods of fixing and fermentation provides activation or inhibition of these processes, thereby making it possible to carry out target-oriented correction of the alkaloid composition of the medicinal plants studied.
      
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Some practical problems arising from the adoption of the absolute scale ol temperature as standard in place of the Celsius scale are discussed. The absolute scale is fixed by assigning a numerical value (say T_3=273.1700) to the triple point of water. The problems 'considered include the correction of gas thermometer readings, the specification of: the platinum resistance thermometer and of the platinum thermocouple. It is pointed out that, when the absolute scale has been chosen as standard, the determination...

Some practical problems arising from the adoption of the absolute scale ol temperature as standard in place of the Celsius scale are discussed. The absolute scale is fixed by assigning a numerical value (say T_3=273.1700) to the triple point of water. The problems 'considered include the correction of gas thermometer readings, the specification of: the platinum resistance thermometer and of the platinum thermocouple. It is pointed out that, when the absolute scale has been chosen as standard, the determination of the absolute temperature of the ice point and the correction of gas thermometers become one and the same task. It is further pointed out, that the accuracy in the experimental determination of the absolute temperature will be greatly increased.

本文对在给定水的三相点的绝对温度以一定的数值(例如T_3=273.1700),同时以绝对温标代替摄氏温标以后所引起的一些实际问题作了讨论。这些问题包括气体温度计的改正及电阻温度计和温差电偶温度计的规定。本文指出,在以绝对温标为标准以后,寻求冰点的绝对温度与对气体温度计的改正两种工作统一起来了。又指出,在以绝对温标为标准以后,绝对温度测量的精确度将大大提高。

As in general in all time service works, the problem is to obtain and keep an accurate time, to determine the corrections of standard clock and to transmit time signals. This present report is concerned only with the last two items. At Zi-Ka-Wei Observatory, radio method was introduced into time service in 1914. Some rigorous changes occured in 1926, a number of instruments were installed. Many of them are still in use. In 1940, the observatory began to transmit rhythmic signals twice a day. From then...

As in general in all time service works, the problem is to obtain and keep an accurate time, to determine the corrections of standard clock and to transmit time signals. This present report is concerned only with the last two items. At Zi-Ka-Wei Observatory, radio method was introduced into time service in 1914. Some rigorous changes occured in 1926, a number of instruments were installed. Many of them are still in use. In 1940, the observatory began to transmit rhythmic signals twice a day. From then on until December 1950, no further developments were made. The main instruments we had in 1950 were: a 80mm Prin transit with impersonal micrometer, two Leroy pendulums as standard clocks, three astronomical clocks and their slaves, equipments for receiving and recording time signals, etc. Since 1952, we began to make some improvements, especially on rhythmic signals. First, we converted a common clock into a "transmitting clock" to obtain 61 impulses in every minute and second by making use of photoelectric arrangement (Fig. 1), we succeeded to raise the accuracy of our signals. To improve signal accuracy further, we have to deal with various sources of errors which are conditioned by our equipments. The most important among these are: 1. error in prediction of corrections of the standard clocks, 2. error in the adjustment of the transmitting clock and 3. time lag in transmission. In consequence of last three-year's research, these errors are reasonably reduced. The first two are now±0~s.007 and ±0~s.005 respectively and the last is small. Accordingly, the deviation of time signals XSG has been supposed to be±0~s.01. However, this is not enough for the requirement. The more efforts are being made to bring further improvements. But as the requirements for signal accuracy is far above what the present installation can offer, some new equipments are ordered and they will joint in force with the old ones in the nearest future. Since February 1954, Zi-Ka-Wei Observatory has cooperated with the time service departments in Soviet Union. This has been helpful to our works in every way.

授時包括测時、守時和播時三个主要方面。在時號的发播中包含了预報主钟改正量的差误,工作钟的調節誤差和電路遲滯变化等三种誤差。如果使用石英钟及有關设备,这就可基本解决。各台站在其天文观测基础上订定的時號改正數也包含有偶然差和系统差,比較全面解決的只有蘇聯和国際時間局这两个标准系统。徐家匯觀象台授時工作歷史很久,作了一些工作,但抗戰以來,郎停滯不前,直到人民政府接办,才逐步在原有基礎上開展了改進。幾年来主要是改裝了一具工作钟,裝置光電设备以发播科学式時號,對時号精确度解决了秒距誤差和五分间誤差。工作钟的调节誤差被其本身品質所限,仍未解决,只是在加強值班工作之后,有了一定限度的提高,目前約為±0~s.005,在预报主钟改正量時,也有很大程度的不稳定,約為±0~s.007。所以時号的精确度在±0~s.01左右。要进一步提高质量,满足要求,有待於新設備的增添使用。在時号改正數方面,所存在的相當大的系统差,可採用蘇聯或国際時間局系統的改正數來避免。

An experimental verification of the theoretical peak current equation forreversible electrode reactions of the Randles-Sevcik oscillopolarography, i_p=Kn~(3/2)D~(1/2)m~(2/3)θ~(2/3)α~(1/2)cμΑ, is carried out with both single- and multisweep methods. Themultisweep method is essentially that of Delahay, while a simplified circuit isdevised for the single-sweep procedure. The constant K in the above equation has been worked out by Randlesand Sevcikc, but their values differ by some twenty-one percent. Experimentalresults...

An experimental verification of the theoretical peak current equation forreversible electrode reactions of the Randles-Sevcik oscillopolarography, i_p=Kn~(3/2)D~(1/2)m~(2/3)θ~(2/3)α~(1/2)cμΑ, is carried out with both single- and multisweep methods. Themultisweep method is essentially that of Delahay, while a simplified circuit isdevised for the single-sweep procedure. The constant K in the above equation has been worked out by Randlesand Sevcikc, but their values differ by some twenty-one percent. Experimentalresults as to which K value is correct have been contradictory. The authorspoint out that Sevcik's value of K is too low, due to the error in choosing too largea unit in his numerical integration. By taking smaller units and reperformingthe integration, the K value increases and approaches that of Randles. Thus thecorrectness of Randles' K value is ascertained and this value is used in calculatingthe theoretical slope. Their single-sweep results, with concentrations from 2×10~(-4) to 1×10~(-3) m/l andα~(1/2) from 1 to 4 volts/sec, agreement between experimental and theoretical slopesis obtained in the case of Tl~+ in m NaCl. In the case of Cd~(++) in m NaCl, experi-mental results deviate from the theoretical value, and the deviation increases withincreasing c and α~(1/2). Contrary to an unproven idea of Delahay, i_p obtained bymultisweep method is higher than that by the single-sweep procedure. However,in calculation of the theoretical values, a value of 15.0×16~(-6) obtained by polarLographic method is used for D of Tl~(+) in m NaCl. The use of the value of Dat infinite dilution is thought to be unjustified. If a D value of 15.0×10~(-6) is used,Delahay's results of Tl~+ in KNO_3 would be higher than the theoretical equationinstead of agreeing with it. This fact seems to support the findings of this paper. Various methods of correcting for capacity currents are compared and discus-sed. The authors point out that at α~(1/2) less than 2 volts/sec, the method of drawingan hbrizontal line introduces no appreciable error while at, high α, various methodsyield different results. This fact lowers the accurraey of data obtained at high α. The iR drop in the electrolytic cell and on the series resistance causes themeasured α to be different from the a actually applied on the drop electrode. Anelementary approximate correction of this effect is mentioned. Results after thiscorrection show that the deviation of Cd~(++) from theoretical at high c and α maybe due partly to this effect.

(1)以单波法及多波法验证Randles-Sevcik示波极谱理论公式之i_p~c及i_p~α~(1/2)关系,多波法用Delahay线路,单波法则用简化线路。单波法之结果,对亚铊离子在m氯化钠中,在2×10~(-4)~1×10~(-5)m浓度,α~(1/2)为1及4伏特/秒,实测结果和理论符合。镉离子在m氯化钠中,实测结果与理论有偏差,偏差随浓度及α~(1/2)加大而加大。多波法之i_p实测值高于单波法。 (2)在计算理论曲线时,作者肯定Sevcik之系数过低而采用Randles数值。亚铊离子于m氯化钠中之扩散系数D,采用极谱法测得之数值15.0×10~(-6)而不用无限稀时之D值(20.0×10~(-6))。 (3)在α~(1/2)低于2伏特/秒时,可用画水平线法扣除电容电流。在高α时各种扣除电容电流方法所得结果不同,影响结果之可靠性。 (4)电解池线路上之iR降使加在滴汞电极上之α改变。这种改变使实测i_p值偏低。作者曾作初步近似修正,结果说明α及浓度大时,镉离子实测数据对理论的偏差的一部分可能是由于iR降的作用。

 
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