sih
英
美
网络 烁烁; 西赫
双语例句
- Cerebrospinal fluid ( CSF) leaks are often considered as the cause of spontaneous intracranial hypotension ( SIH) but are not commonly demonstrated radiographically.
自发性颅内低压一般多肇因于脑脊髓液渗漏，但影像学检查却不易发现渗漏点。 - The effects of the experimental parameters on OES intensity of SiH, H β and H α have been studied.
研究了薄膜沉积过程中各实验参量对活性基团SiH，Hβ以及Hα的发射谱强度的影响。 - The study of SiH_4/ N_2 gas discharge plasma with LIF
激光诱导荧光方法对SiH4N2混合气体放电等离子体的研究 - X_ α Method Study on CH_4, SiH_4 and GeH_4 With the Polarized Radii
应用原子极化半径方法对CH4，SiH4和GeH4的X（？）方法研究 - A new type of amorphous silicon-tin alloy has been deposited by GD technique, usingSiH_4 and SnCl_4 mixture.
用SiH4和SnCl4作源，用GD工艺制备了无定形硅锡合金。 - Ultrafine SiC powder was prepared from a C_2H_4/ SiH_4 system both by pulsed and CW CO_2 laser-driven reaction.
采用脉冲CO2激光器和连续波CO2激光器经过激光热解C2H4和SiH4的化学反应，得到了SiC超细粉。 - Nanocrystalline Si films were deposited on Si ( 100) and glass substrate by helicon wave plasma chemical vapor deposition ( HWPCVD) technique with SiH_4 as reaction gases.
采用螺旋波等离子体化学气相沉积（HWPCVD）技术，以SiH4作为源反应气体在Si（100）和玻璃衬底上制备了纳米Si薄膜。 - The system of crystal growth of silicon by CVD of SiH_4-SiCl_4-H_2 and SiH_4-HCl-H_2 mixtures has been studied thermodynamically.
本文从热力学角度，通过计算机计算，研究了SiH4SiCl4H2及SiH4IIClH2混合硅源气相生长硅晶体体系的平衡状态。 - The experiments show that lower growth temperature and high SiH 4/ C 2H 4 flow ratio lead to substitutional incorporation of carbon and improvement of crystal quality.
实验表明：较低的生长温度和较高的SiH4/C2H4流量比有利于代位式C原子的形成和材料晶体质量的提高。 - Comparing to the results of synchrotron radiation, the ratio of SiH_2~+/ SiH_3~+ is in agreement, however, Si~+ is much stronger.
与同步辐射的实验结果相比，SiH2~+/SiH3~+的比例相近，但Si~+明显增强。 - The P-doped a-Si: H film is deposited on substrate of silicon and.
本文介绍了SiH4/PH3混合气体的高频辉光放电法，在硅、玻璃衬底上淀积的掺P氢化非晶硅膜的结构和特性，并对样品作了高温退火试验。 - The experiment of synthesizing superfine Si_3N_4 powder by using the CW CO_2 laser to irradiate the fast flowing gases ( SiH_4+ NH_3) is described. The effect of the laser spectrum variation on the synthesis reaction has been revealed.
本文描述了大功率CO2激光辐照SiH4+NH3的快速流动气体合成Si3H4超细粉末的实验，揭示了激光谱线变化对合成反应的影响。 - A study on the process of sih_4 breakdown IR radiated by IR laser
红外激光作用下SiH4击穿过程的研究 - A microwave plasma chemical vapor deposition method was used to deposit a-Si: H films at high rate.
本文报道了用微波等离子体化学气相淀积（MP&CVD）技术从SiH4+H（？）进行a-Si∶H薄膜的高速淀积研究。 - Glow discharge in normal CVD system.
辉光放电、由硅烷（SiH4）分解，在常规的CVD系统中获得了非晶态硅（a-Si）薄膜。 - The photo-chemical reaction of mixture of silane ( SiH 4) and oxygen ( O 2) in vaccum ultra violet light is presented, followed by discussion on the deposition process of SiO 2 films.
讨论了SiH4+O2混合气体在真空紫外光辐照下的光化学反应和SiO2膜的沉积过程。 - Computing Simulation of Decomposition of SIH_4 and CH_4 in SiC Films
CVD淀积SiC薄膜SiH4、CH4的分解反应的计算机模拟研究 - Stress-induced hypertension ( SIH) was performed by electric shock on hind paw in rats.
电击大鼠足底形成应激性高血压（SIH），研究了缰核（Hb）在其中的作用机制。 - Objective: To investigate cardiovascular responses to BGN injected into intracerebroventricle ( icv) in normal and stress induced hypertension ( SIH) rats.
目的：观察侧脑室内注射（icv）BGN对正常和应激性高血压（stress-inducedhypertension，SIH）大鼠心血管活动的影响。 - Anti oxidation Property of Siliconized Layer for Copper Formed in SiH 4/ H 2 Atmosphere
铜在SiH4/H2混合气氛中获得的渗硅层的抗氧化性能 - Aim: To study the role of NO in the midbrain periaqueductal gray ( PAG) in the development of stress induced hypertension ( SIH).
目的：探讨大鼠中脑导水管周围灰质（PAG）内NO在应激性高血压（SIH）发病中的作用。 - Methods The clinical and imaging data of 12 patients diagnosed as SIH were retrospectively analyzed.
方法回顾分析了12例临床诊断明确的原发性低颅压综合征病人的临床及影像资料。 - It is suggested that central A ⅱ is involved in SIH and Hb cardiovascular neurons of SIH show an enhanced sensitivity to A ⅱ.
研究表明：中枢内AⅡ参与SIH的形成，SIH大鼠Hb内心血管神经元对AⅡ反应的敏感性提高了。 - The equilibrium geometries, harmonic frequencies and dissociation energies of the ground state of SiH ( SiD) are calculated using several methods with different basis sets.
采用多种方法和基组组合优化计算了SiH（SiD）自由基分子基态的平衡结构，振动频率和离解能。 - The Study on Structure and Potential Energy Function of the Ground State of SiH ( SiD) Radical
SiH（SiD）自由基的分子结构和基态势能函数的理论研究 - Methods: Arterial blood pressure ( BP) and heart rate ( HR) were monitored following injection of BGN into the lateral cerebral ventricle in normal and SIH rats.
方法：将BGN及荷包牡丹碱（Bic）注入正常和应激性高血压大鼠的侧脑室，观察血压和心率的变化。 - Study of oes for sih_4 laser plasma
SiH4激光等离子体OES研究 - Si_xO_yN_ z film was deposited by employing the mixed gas of SiH_4, N_2O and NHs. Its characteristics depend on the flow rate of reactive gas, RF power, pressure of reaction chamber, and substrate temperature.
采用SiH4，N2O和NH3反应气体生长了SixOyNz膜，其特性取决于反应气体流量、射频功率、反应室压力和衬底温度。