1)  middle air pressure
中风压
2)  apoplexy
中风
1.
Clinical Observation on Treatment of 36 Cases of Post-apoplexy Urinary Incontinence;
针刺加艾灸治疗中风后尿失禁36例
2.
Clinical Observation on Relieving Spasticity in Apoplexy Cases Treated by Restoration Needling and Electric Acupuncture;
恢刺加电针对中风患者痉挛状态缓解的临床观察
3.
Discussing the Apoplexy of Zhangxichun s Chinese Medical Science Compromised Medical Science;
试述张锡纯《医学衷中参西录》之中风
3)  stroke
中风
1.
Influences of Acupuncture Prescriptions on Serum GMP-140 and Their Clinical Effects in Stroke Patients;
针刺配方对中风患者血浆中GMP-140的影响及临床疗效观察
2.
Study and Development of TCM Stroke Scale for Quality of Life Measurement(1)——Establishment of the Scale;
中医中风生存质量量表的研究编制(1)——量表的建立
3.
The early multiplication stroke Chinese medicine is restored to health the treatment attainment;
早期多元化中风中医康复治疗心得
4)  Stroke/class
中风/分类
5)  apoplexy
中风病
1.
Characteristic of He Meng Yao s discussing and treating Apoplexy;
何梦瑶论治中风病的特色
2.
The Clinical Observation on the Applicaton of TCM Rehabilitation Care on Patients with Apoplexy in Acute Stage;
中风病急性期中医康复的研究
3.
Investigation into the Dynamic Evolvement Process of the Body State Before the Outbreak of Apoplexy;
中风病发病前机体状态的动态演化过程研究
6)  Ischemic Stroke
缺血中风
1.
Elementary Study on the Characteristics of Acute Ischemic Stroke TCM Syndrome Types Differentiated from Yin-syndrome and Yang-syndrome;
缺血中风急性期阴阳类证辨证证型特点初步探讨
2.
Objective: To research clinical effect of combined treatment of Traditional Chinese Medicine (TCM) in ischemic stroke.
目的:为研究缺血中风中医综合治疗提供一定的依据。
3.
To briefly relate treatment for ischemic stroke by stages.
简述中风病分期论治,阐发中风病"本虚"的病机,详述周仕明教授应用扶正法分期论治缺血中风病的经验,并介绍分期治则治法和验方三参地芪汤及其加减。
参考词条
补充资料:风压


风压
wind pressure

  蒲福风力等级表牛 注:13~17级风力是当风速可以仪器测定时用之。fengya风压(windp找,sure)风吹过障碍物时,在垂直于风速方向上单位面积上所受到的压力。对于障碍物来说,风压是两部分作用之和:一是迎风面的“动压强”(告,2),二是背风侧的“吸压强”(告、”。将这两部分综合起来,可求得风压的公式: ,二合‘l+c,,’式中p为风压;P为空气密度;。为风速;c为结构系数。结构系数因障碍物形状而异,平板的C值为l,圆柱形障碍物为一0.3。上式中(l+C)plZ通常称为风速系数,主要取决于结构系数和空气密度。常用的风压系数通常不考虑结构系数的作用,即为阿2,在标准大气条件下,它等于1/16。由于空气密度是气温、气压和湿度的函数,各地的风压系数变化较大。在中国,沿海地区大致为1117,内陆为ljl6,青藏高原1118~1/26。对于迎风侧不是平面的障碍物而言,因为有复杂的流体动力因素参与,实际风压与上式算出的风压有较大出人。(李世奎)
  
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