浅谈新闻演播室冷热光源性能比较及其应用

根据新闻演播室灯光录像的工作实践经验，浅谈演播室冷热光源在节目制作过程中性能的比较及合理搭配应用。     

110例大腿肌拉伤针刺拨罐疗效分析

针刺加拔罐治疗大腿肌拉伤伴有皮下青紫瘀血者,解痉止痛效果好,见效快。但须注意疼痛缓解后还需继续治疗,并嘱患者制动、忌冷浴。在治疗后期避免剧烈活动,防止形成不可逆转的病变。     

沥青生产过程的线性回归控制

本文利用线性回归的方法给出沥青软化点与电阻率和温度的函数关系式。     

江苏省民办高校大学生运动损伤情况的调查分析

运用问卷调查、专家访谈等方法,对江苏省民办高校大学生体育运动损伤发生的时间、损伤部位、损伤类型以及易发生损伤的运动项目进行调查分析,结果表明:准备活动不充分、场地器材条件差和技术动作不规范是造成损伤的主要原因。建议加强对学生锻炼的组织和指导,强化预防损伤的意识,减少损伤事故的发生。     

高校篮球教学及训练中运动损伤的原因分析及预防

通过访谈和现场调查的方式,对赣州市章贡区各高校篮球专业和选修篮球专项的学生以及从事篮球教学的教师和教练员进行损伤状况与原因的调查,基于调查结果,指出高校大学生在篮球教学及训练中损伤的发生率较高,针对其损伤的原因和特点,提出了相应的防止大学生在篮球教学和训练中出现运动损伤的积极措施。     

NGN新一代网络技术和应用

NGN新一代网络是以软交换为核心,采用开放、标准化体系结构提供话音、视频、数据等多种媒体业务服务的下一代网络[4].NGN是电信史上的一个里程碑,它通过优化网络结构,不但实现了网络的融合,更重要的是实现了业务的融合,使得分组交换网络能够继承原有电路交换网络中已有的业务功能,同时还可以在全网范围内快速提供原有网络难以提供的新型业务功能.它的出现标志着新一代电信网络时代的到来.     

The effect of shock on blood oxidation-reduction potential

Oxidation-reduction (redox) potential measurements were made in the blood of rabbits subjected to hemorrhagic shock followed by treatment with a mild oxidizing agent (albumin). Control redox potential reading corrected for pH was –8.8±1.3 millivolts (mV) in arterial blood (A) and –18.0±2.0 mV in venous blood (V). This A-V difference indicated that hydrogen equivalents coming from muscle and other tissues were partially consumed in the lungs. A 20-mV drop on the V and a 13 mV on the A side was seen after shock. This did not fully return to control 2 h after return of the shed blood. Infusion of 2 g of albumin/kg/h raised the V redox potential to control, but it returned to untreated levels when the albumin was discontinued. The reductive load imposed on the animal by shock appeared to be large and not readily reversed by reperfusion or by the quantity of albumin given. Thus, it may be concluded that cellular respiration had not been adequately restored. This reductive load may impede recovery by suppression of cellular respiration and other cell and organ functions.     

Grape vine physiology: the contribution of culture in vitro

Conclusion In the area of cell and tissue physiology, the grape vine has been a major reference material. As with all woody perennials, in vitro technologies are relatively delicate. Nevertheless, remarkable progress has produced a situation where, during the past ten years, practical application of results from in vitro work has been envisaged. Reciprocal understanding has yet to be established between scientists developing micropropagation (multiplication with conformity to type) and those using in vitro methods for variety improvement (multiplication for novelty of type). I am convinced that the future should not see one of these objectives dominating the other. On the contrary, certain technologies should be developed to ensure a framework for conformity of propagation and others to obtain greater variability with the goal of plant improvement. This will render effective the two applications considered.     

抗松针褐斑病湿地松组培再生植株生长性状观察

对移栽至南京林业大学南大山苗圃的湿地松组培再生植株进行了苗高、地径、干形的比较。结果表明,各家系及无性系的生长状态存在差异。组培苗与实生苗间苗高差异较大,组培苗在早期生长速度不及实生苗,且抗病的家系不及普通的家系,抗病的8#和32#家系苗高差异不显著;实生苗、组培苗斜生现象严重;继代次数对组培苗的苗高、地径生长影响不大;组培苗年龄越大,苗高生长势越好,地径差异小;8#家系组培苗各无性系间苗高差异显著,地径差异不显著。