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slow regeneration
相关语句
  慢速重放
     At fast forward/rewind or slow regeneration the tracking accuracy will be deteriorated and the noise will be increased.
     在快进/倒带或慢速重放时,跟踪的准确性将下降,噪声将增大。
短句来源
  “slow regeneration”译为未确定词的双语例句
     Two regeneration methods (slow regeneration and fast regeneration) have been used to regenerate the industrial hydrocracking catalyst.
     用ESCA ,XRD ,SEM及TPR等手段表征了不同条件下再生的工业失活加氢裂化催化剂 .
短句来源
  相似匹配句对
     Slow Food
     美食卫士——意大利“慢餐者”
短句来源
     Slow and safe
     从容而安全
短句来源
     Regeneration of Culture
     文化的再生
短句来源
     Plant regeneration from I.
     首次从I.
短句来源
     The cryopreserved glands were relatively slow in regeneration and the number of cells regenerated was smaller.
     冷冻的肾上腺移植后,与前者相比再生略缓慢,再生细胞数量少。
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  slow regeneration
Results are discussed in the context of the extremely slow regeneration of sub-arctic heath communities and the implications of contrasting UV-B effects on the regenerative ability of different species.
      
Because of the intimate relationship between growing conditions and soil and water conservation at the upper reaches of the Yangtze River, we should carry out some artificial measurements to control and promote the slow regeneration process of A.
      
A continuous but slow regeneration of rod photopigment seems to occur at least up to 24?h.
      
More than one month was usually required for complete recovery ( P>amp;lt;>amp;lt;1) probably due to both steady grazing pressure and slow regeneration rates.
      


The tracking system in video tape recorders (VTR) can only track accurately at normal speed. At fast forward/rewind or slow regeneration the tracking accuracy will be deteriorated and the noise will be increased. The suitable driving circuit of variable speed tracking heads is given and improvement of the circuit has been made in order to ensure accurate tracking and increase the SNR of regeneration signals.

录像机中的跟踪系统只有在以标准速度运行时才能进行准确跟踪。在快进/倒带或慢速重放时,跟踪的准确性将下降,噪声将增大。为了确保准确跟踪,提高重放信号的信噪比,笔者给出了适用的可变跟踪磁头驱动电路,并对其进行了改进。

Two regeneration methods (slow regeneration and fast regeneration) have been used to regenerate the industrial hydrocracking catalyst. It has been found that the fast regeneration method is better than the slow one for the deactivated Mo Ni/USY Al 2O 3 catalyst. The catalyst regenerated at different temperatures has been investigated by using TPR, XRD, SEM and XPS techniques. The results show that the recovery of surface area, relative crystallinity and mean pore size of the regenerated...

Two regeneration methods (slow regeneration and fast regeneration) have been used to regenerate the industrial hydrocracking catalyst. It has been found that the fast regeneration method is better than the slow one for the deactivated Mo Ni/USY Al 2O 3 catalyst. The catalyst regenerated at different temperatures has been investigated by using TPR, XRD, SEM and XPS techniques. The results show that the recovery of surface area, relative crystallinity and mean pore size of the regenerated catalyst is over 90% comparing with the fresh one, when the regeneration temperature is 480 ℃. Considering other parameters, 480 ℃ has been chosen as the optimal regeneration temperature.

用ESCA ,XRD ,SEM及TPR等手段表征了不同条件下再生的工业失活加氢裂化催化剂 .结果表明 ,Mo Ni/USY Al2 O3 失活催化剂在实验室装置中快速再生优于慢速再生 ;再生温度对催化剂的结构与性能有影响 .480℃再生能将失活催化剂中绝大部分的碳和氮烧掉 ,且比表面积恢复率最高 ;6 0 0℃再生时 ,催化剂的毛细孔口明显减少 ,且产生少量聚结态 β NiMoO4 晶相

The curative efficacy of the clinical treatment of peripheral nerve injuries, especially brachial plexus ones and other high positioned ones, has still been unsatisfactory. Joint efforts and close coordination of the following aspects are essential to solve this problem. First, the leadership should not be anxious to achieve quick success or get instant benefits but be fully aware of the correct orientation and state of the art of the current trends in basic and clinical researches on peripheral nerve injuries....

The curative efficacy of the clinical treatment of peripheral nerve injuries, especially brachial plexus ones and other high positioned ones, has still been unsatisfactory. Joint efforts and close coordination of the following aspects are essential to solve this problem. First, the leadership should not be anxious to achieve quick success or get instant benefits but be fully aware of the correct orientation and state of the art of the current trends in basic and clinical researches on peripheral nerve injuries. Secondly, the clinical doctors should not only be responsible and competent enough in diagnosis of the disease so as not to overlook any patient with the injury, but also have a good knowledge of the operation indications and of other medication and rehabilitation treatments. Thirdly, the surgeons should be skillful enough in choosing the appropriate operative method, and in conducting such operations as neurolysis, nerve suture, nerve grafting, and nerve transfer. Fourthly, the researchers should spare no pains in investigation and exploration of the challenging problems encountered in the clinics, such as slow regeneration of nerve, amyotrophy, causalgia, and functional recovery of intrinsic hand muscles. In order to better the diagnosis and treatment of the peripheral nerve injury, the particularities and regularities of the injury, regeneration and repair of the human peripheral nerves should be studied with much more resources.

周围神经损伤是临床常见损伤,但其疗效仍不理想,尤其臂丛等高位神经损伤的诊治一直是临床医学的一大难题。当前,应强调动员多方面的力量,明确职责,协同攻关。首先,领导者的责任是不要急功近利,切实把握周围神经损伤基础与临床研究方向的决策。第二,临床工作者的责任是要认认真真地做事,重点一是要明确周围神经神经的常见性,严防漏诊;二是要明确周围神经损伤手术指征,配合药物、康复等综合治疗方法。第三,手术者的责任是选择最终手术方法,酌情行神经松解、神经缝合、神经移植、神经移位术等。第四,研究者的责任是探索临床难题,主要包括神经再生缓慢问题、肌肉萎缩的变性与防治问题、灼性神经痛的治疗问题、手内部肌功能恢复问题等,应重视人类的周围神经损伤、再生与修复的特殊性与规律性研究,提高周围神经损伤诊治水平。

 
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