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[Chest pain]. [胸痛]。
Pub Date : 2022-10-01 DOI: 10.3109/9780203090640-12
J. Leng-Levy
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引用次数: 0
[Corn]. (玉米)。
Pub Date : 2022-01-04 DOI: 10.2307/j.ctv1s5nzbk.16
J. Lelièvre
Corn smuts are widely distributed throughout the world. The incidence of corn smuts in the Pacific Northwest (PNW) varies by location and is usually low. Nonetheless, these diseases occasionally cause significant economic losses when susceptible cultivars are grown under conditions favorable for disease development. Smut diseases of corn are, in general, more destructive to sweet corn than to field corn.
玉米黑穗病广泛分布在世界各地。太平洋西北地区(PNW)玉米黑穗病的发病率因地区而异,通常较低。尽管如此,当易感品种在有利于疾病发展的条件下生长时,这些疾病偶尔会造成重大的经济损失。一般来说,玉米黑穗病对甜玉米的危害比对大田玉米的危害更大。
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引用次数: 0
Adenovirus Infections 腺病毒感染
Pub Date : 2021-05-17 DOI: 10.1542/9781610025225-part03-ch002
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引用次数: 0
Chinese Medicine 中药
Pub Date : 2021-01-01 DOI: 10.1007/978-3-030-22009-9_300385
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引用次数: 0
[Cinematography]. [电影摄影]。
Pub Date : 2019-10-14 DOI: 10.2307/j.ctvkjb3kv.36
FORTIN-THIERY
Course description: Cinematography is a craft; a craft that is in a constant state of change. Change is driven by new products, new technology, but more than all of those the pressure on those practicing the craft to push out the “envelope”. Like all crafts there are facts and formulas; the “science” to learn. And there is the “art”, which is harder and takes longer to learn. The course covers the fundamentals of lighting, exposure, use of film and motion picture cameras, general use of equipment, safety procedures, and methodology for working on location and in the studio; the aesthetics, techniques, and technology of cinematography and how it is currently practiced in the television and motion picture industry. Class meetings will consist of lectures, group discussions, in-class demonstrations, and viewing of contemporary films.
课程简介:电影摄影是一门手艺;一种不断变化的工艺。变革是由新产品、新技术驱动的,但最重要的是,那些实践这门技艺的人面临着突破“极限”的压力。就像所有的工艺品一样,有事实和公式;学习“科学”。还有“艺术”,它更难学,需要更长的时间。该课程涵盖照明、曝光、胶片和电影摄影机的使用、设备的一般使用、安全程序以及在现场和工作室工作的方法的基本原理;电影摄影的美学、技术和技术,以及目前在电视和电影行业的实践。班会将包括讲座、小组讨论、课堂演示和观看当代电影。
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引用次数: 0
[Superman]. [超人]。
Pub Date : 2019-09-24 DOI: 10.2307/j.ctvnwbztx.10
R. Collin
An attempt is made to explain the ability of Superman to jump high buildings and deflect bullets. It is hypothesised that these powers come from a superhuman density of muscle and this theory is tested and found lacking. Introduction In Superman's first comic book appearance it was said that he could “easily hurdle a twenty storey building...and that nothing less than a burning shell could penetrate his skin”[1]. Superman's humanoid appearance suggests a (albeit super-­‐) humanoid physiology. This paper will investigate muscle density as the source of both his superhuman strength and his ability of bullet deflection. Discussion For Superman to jump a 20 storey building – approximately 100m in height – he must leave the ground at a vertical speed of 44ms. This assumes that acceleration remains constant, that the vertical speed at the peak of the jump is 0ms, that there is no effect from air resistance and that (at this point in his mythology) Superman is not immune to gravity. In order to reach this speed, from a stationary start, over the distance Superman travels between his initial crouch and take off (taken to be 0.5m), an acceleration of approximately 2000ms is needed. The force required for this acceleration is, F = 2000m (1) where m is the mass of the object being accelerated. This force is assumed to have come solely from Superman's leg muscles. Humans muscles are composed of many microfibres, each one capable of producing approximately 0.3μN of force[2]. In practice many factors may affect the strength of a muscle including its shape and the proportions of different fibres present, but, for the purposes of this paper, the muscle strength is proportional to the number of fibres. As, visibly, Superman's muscles are no larger than a similarly sized human's, if his physiology is similar to humans then he must have a greater muscle density. In humans, muscle density is averaged at 1.06gcm[3]. In a similar way to the calculation
试图解释超人跳楼和偏转子弹的能力。有人假设这些力量来自超人的肌肉密度,但这一理论经过了测试,发现缺乏。引言在超人第一次出现在漫画书中时,据说他可以“轻松地跨过一栋20层的建筑……而且只有一个燃烧的外壳才能穿透他的皮肤”[1]。超人的人形外表暗示了一种(尽管是超级的)人形生理。本文将研究肌肉密度是他超人力量和子弹偏转能力的来源。讨论对于超人来说,要想跳过一座20层楼高(约100米)的建筑,他必须以44米的垂直速度离开地面。这假设加速度保持不变,跳跃峰值的垂直速度为0ms,没有空气阻力的影响,(在他的神话中)超人也不能免受重力的影响。为了达到这个速度,从静止开始,超人从最初的蹲下到起飞之间的距离(取0.5米),需要大约2000米的加速度。该加速度所需的力为F=2000m(1),其中m是被加速物体的质量。这种力量被认为完全来自超人的腿部肌肉。人类肌肉由许多微纤维组成,每个微纤维能够产生大约0.3μN的力[2]。在实践中,许多因素可能会影响肌肉的强度,包括其形状和不同纤维的比例,但就本文而言,肌肉强度与纤维数量成比例。显而易见,超人的肌肉并不比同样大小的人大,如果他的生理机能与人类相似,那么他一定有更大的肌肉密度。在人类中,肌肉密度的平均值为1.06gcm[3]。与超人所需力的计算方法类似,可以表明人类的腿能够提供大约800N[4]的力。假设所有其他因素都相等,可生产力将与肌肉密度ρm相关,公式为F=kρm,(2),其中k是比例常数,可根据上述值计算出约750Nmkg。同样,在所有其他条件相同的情况下,假设身体所有肌肉的肌肉密度都是恒定的,这个肌肉密度将与身体的总质量有关。使用平均人类数据;质量和每种类型组织的体积百分比[5],质量可以通过,m=46+32ρm,以kg为单位。(3) 其中46表示所有非肌肉组织的重量项,32升是平均身体中肌肉的体积。超人的肌肉能阻止子弹吗,2011年2月6日
{"title":"[Superman].","authors":"R. Collin","doi":"10.2307/j.ctvnwbztx.10","DOIUrl":"https://doi.org/10.2307/j.ctvnwbztx.10","url":null,"abstract":"An\t\u0000 attempt\t\u0000 is\t\u0000 made\t\u0000 to\t\u0000 explain\t\u0000 the\t\u0000 ability\t\u0000 of\t\u0000 Superman\t\u0000 to\t\u0000 jump\t\u0000 high\t\u0000 buildings\t\u0000 and\t\u0000 deflect\t\u0000 bullets. It\t\u0000 is\t\u0000 hypothesised\t\u0000 that\t\u0000 these\t\u0000 powers\t\u0000 come\t\u0000 from\t\u0000 a\t\u0000 superhuman\t\u0000 density\t\u0000 of\t\u0000 muscle\t\u0000 and\t\u0000 this\t\u0000 theory is\t\u0000 tested\t\u0000 and\t\u0000 found\t\u0000 lacking. Introduction In\t\u0000 Superman's\t\u0000 first\t\u0000 comic\t\u0000 book\t\u0000 appearance\t\u0000 it was\t\u0000 said\t\u0000 that\t\u0000 he\t\u0000 could\t\u0000 “easily\t\u0000 hurdle\t\u0000 a\t\u0000 twenty storey\t\u0000 building...and\t\u0000 that\t\u0000 nothing\t\u0000 less\t\u0000 than\t\u0000 a burning\t\u0000 shell\t\u0000 could\t\u0000 penetrate\t\u0000 his\t\u0000 skin”[1]. Superman's\t\u0000 humanoid\t\u0000 appearance\t\u0000 suggests\t\u0000 a (albeit\t\u0000 super-­‐)\t\u0000 humanoid\t\u0000 physiology.\t\u0000 This paper\t\u0000 will\t\u0000 investigate\t\u0000 muscle\t\u0000 density\t\u0000 as\t\u0000 the source\t\u0000 of\t\u0000 both\t\u0000 his\t\u0000 superhuman\t\u0000 strength\t\u0000 and his\t\u0000 ability\t\u0000 of\t\u0000 bullet\t\u0000 deflection. Discussion For\t\u0000 Superman\t\u0000 to\t\u0000 jump\t\u0000 a\t\u0000 20\t\u0000 storey\t\u0000 building\t\u0000 – approximately\t\u0000 100m\t\u0000 in\t\u0000 height\t\u0000 –\t\u0000 he\t\u0000 must\t\u0000 leave the\t\u0000 ground\t\u0000 at\t\u0000 a\t\u0000 vertical\t\u0000 speed\t\u0000 of\t\u0000 \t\u0000 \t\u0000 44ms.\t\u0000 This assumes\t\u0000 that\t\u0000 acceleration\t\u0000 remains\t\u0000 constant, that\t\u0000 the\t\u0000 vertical\t\u0000 speed\t\u0000 at\t\u0000 the\t\u0000 \t\u0000 peak\t\u0000 of\t\u0000 the jump\t\u0000 is\t\u0000 0ms,\t\u0000 that\t\u0000 there\t\u0000 is\t\u0000 no\t\u0000 effect\t\u0000 from\t\u0000 air resistance\t\u0000 and\t\u0000 that\t\u0000 (at\t\u0000 this\t\u0000 point\t\u0000 in\t\u0000 his mythology)\t\u0000 Superman\t\u0000 is\t\u0000 not\t\u0000 immune\t\u0000 to gravity.\t\u0000 In\t\u0000 order\t\u0000 to\t\u0000 reach\t\u0000 this\t\u0000 speed,\t\u0000 from\t\u0000 a stationary\t\u0000 start,\t\u0000 over\t\u0000 the\t\u0000 distance\t\u0000 Superman travels\t\u0000 between\t\u0000 his\t\u0000 initial\t\u0000 crouch\t\u0000 and\t\u0000 take\t\u0000 off (taken\t\u0000 to\t\u0000 be\t\u0000 0.5m),\t\u0000 an\t\u0000 acceleration\t\u0000 of approximately\t\u0000 2000ms\t\u0000 is\t\u0000 needed.\t\u0000 The\t\u0000 force required\t\u0000 for\t\u0000 this\t\u0000 acceleration\t\u0000 is, F\t\u0000 =\t\u0000 2000m\t\u0000 \t\u0000 \t\u0000 \t\u0000 \t\u0000 \t\u0000 \t\u0000 \t\u0000 \t\u0000 (1) where\t\u0000 m\t\u0000 is\t\u0000 the\t\u0000 mass\t\u0000 of\t\u0000 the\t\u0000 object\t\u0000 being accelerated.\t\u0000 This\t\u0000 force\t\u0000 is\t\u0000 assumed\t\u0000 to\t\u0000 have come\t\u0000 solely\t\u0000 from\t\u0000 Superman's\t\u0000 leg\t\u0000 muscles. Humans\t\u0000 muscles\t\u0000 are\t\u0000 composed\t\u0000 of\t\u0000 many microfibres,\t\u0000 each\t\u0000 one\t\u0000 capable\t\u0000 of\t\u0000 producing approximately\t\u0000 0.3μN\t\u0000 of\t\u0000 force[2].\t\u0000 In\t\u0000 practice many\t\u0000 factors\t\u0000 may\t\u0000 affect\t\u0000 the\t\u0000 strength\t\u0000 of\t\u0000 a muscle\t\u0000 including\t\u0000 its\t\u0000 shape\t\u0000 and\t\u0000 the proportions\t\u0000 of\t\u0000 different\t\u0000 fibres\t\u0000 present,\t\u0000 but, for\t\u0000 the\t\u0000 purposes\t\u0000 of\t\u0000 this\t\u0000 paper,\t\u0000 the\t\u0000 muscle strength\t\u0000 is\t\u0000 proportional\t\u0000 to\t\u0000 the\t\u0000 number\t\u0000 of fibres.\t\u0000 As,\t\u0000 visibly,\t\u0000 Superman's\t\u0000 muscles\t\u0000 are\t\u0000 no larger\t\u0000 than\t\u0000 a\t\u0000 similarly\t\u0000 sized\t\u0000 human's,\t\u0000 if\t\u0000 his physiology\t\u0000 is\t\u0000 similar\t\u0000 to\t\u0000 humans\t\u0000 then\t\u0000 he\t\u0000 must have\t\u0000 a\t\u0000 greater\t\u0000 muscle\t\u0000 density. In\t\u0000 humans,\t\u0000 muscle\t\u0000 density\t\u0000 is\t\u0000 averaged\t\u0000 at 1.06gcm[3].\t\u0000 In\t\u0000 a\t\u0000 similar\t\u0000 way\t\u0000 to\t\u0000 the calculation\t\u0000 ","PeriodicalId":75734,"journal":{"name":"Concours medical","volume":"72 39 1","pages":"2821-2"},"PeriodicalIF":0.0,"publicationDate":"2019-09-24","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"48595423","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
What is it all about? 这到底是怎么回事?
Pub Date : 2019-06-05 DOI: 10.2307/j.ctvhrd13m.6
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引用次数: 6
Megacolon 巨结肠
Pub Date : 2019-04-22 DOI: 10.1002/9781119376293.ch88
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引用次数: 0
Nutritional Anemia 营养性贫血
Pub Date : 2019-04-02 DOI: 10.1017/9781139023993
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引用次数: 2
[Addison's Disease]. (阿狄森氏病)。
Pub Date : 2019-01-01 DOI: 10.1891/9780826159311.0047
P. Thibault
{"title":"[Addison's Disease].","authors":"P. Thibault","doi":"10.1891/9780826159311.0047","DOIUrl":"https://doi.org/10.1891/9780826159311.0047","url":null,"abstract":"","PeriodicalId":75734,"journal":{"name":"Concours medical","volume":"81 17 1","pages":"1965-6 passim"},"PeriodicalIF":0.0,"publicationDate":"2019-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"43661125","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
期刊
Concours medical
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