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Science Journal

 

Academia Arena

(Academ Arena)

学术争鸣

ISSN 1553-992X (print); ISSN 2158-771X (online), doi prefix:10.7537, Monthly

Volume 15 - Number 6 (Cumulated No. 168), June 25, 2023

Cover (jpg), Cover (pdf)Introduction, Contents, Call for Papers

 

The following manuscripts are presented as online first for peer-review, starting from June 2, 2023. All comments are welcome: editor@sciencepub.net

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CONTENTS  

No.

Titles / Authors /Abstracts

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No.

1

REVIEW OF LITERATURE ON COMPARISON OF CO-ORDINATIVE ABILITIES, ADJUSTMENT AND SELF-CONCEPT OF VOLLEY BALL PLAYERS AT DIFFERENT LEVELS OF PERFORMANCE

 

*Ravindar K and **Dr. Shubhangi S. Rokade

 

**Research Scholar, Department of Physical Education, SunRise University, Alwar, Rajasthan (India)

*Assistant Professor, Department of Physical Education, SunRise University, Alwar, Rajasthan (India)

e-mail: koppularavindar@gmail.com

 

Abstract: In case of differentiation ability, no significant difference was found because Differentiation ability has a direct bearing on the performance game of Volleyball, Basketball and Handball. Differentiation ability enables the sportsman to perceive micro- differentiation regarding the temporal, dynamic, spatial aspect of movement execution and the differentiation can be in regard to an implement or movement like serve, movement serve, water feeling, etc. (Shondell Donald Stuart, 1972), and in these three-sports Differentiation ability is more or less same because as in case of Volleyball players have to pass the ball to other court so it the players have to ensure that they possess high degree of accuracy and economy of separate body movements and movement phases so that the energy is preserved till the game finishes. In games of Basketball and Handball also they have to score the basket or goal by aiming towards the target so it requires a great amount of accuracy and control that is why researcher get an insignificant result in Differentiation ability among these three sports. In case of Orientation ability significant difference was found in means of Volleyball, Basketball and Handball players. And it was also found that the difference of Basketball and Handball players have better Orientation ability than Volleyball players. It is because of the nature of the game as in Basketball and Handball players have to score and come back for defense and Orientation ability permits the sportsman to determine the position and movement of his own body and /or of a moving object (opponent, partner) with regard to space. (Shondell Donald Stuart, 1972) but in Volleyball players moves little as compare to Basketball and Handball that is why researcher found these results in Orientation ability.

[Ravindar K and Dr. Shubhangi S. Rokade. REVIEW OF LITERATURE ON COMPARISON OF CO-ORDINATIVE ABILITIES, ADJUSTMENT AND SELF-CONCEPT OF VOLLEY BALL PLAYERS AT DIFFERENT LEVELS OF PERFORMANCE. Academ Arena 2023;15(6):1-4]. ISSN 1553-992X (print); ISSN 2158-771X (online). http://www.sciencepub.net/academia. 01.doi:10.7537/marsaaj150623.01.

 

Keywords: REVIEW OF LITERATURE, CO-ORDINATIVE ABILITIES, ADJUSTMENT AND SELF-CONCEPT, VOLLEY BALL PLAYERS

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2

人类命运共同体全球化要讲大历史才行

----人类起源/文明三大孵抱期及五大芯片初探

 

王德奎(绵阳日报社) (Wang Dekui),

 

绵阳日报社, 绵阳, 四川 621000, 中国, y-tx@163.com

 

 

摘要:2020年起新冠肺炎病毒疫情大流行,已把全世界作为人质,全球抗击新冠病毒和多种变异病毒疫情联系着大智慧。这种大智慧如医治新冠肺炎病毒药物知识产权能公示,是一种解密,揭示了世界的统一性,以及和平与发展仍然在第三孵抱期是时代的主题。那么未来综合第三孵抱期特征的政党与科技这幅立体交通网,其实也类似凝聚态和凝聚态弦物理数学芯片立体交通网,可促进第三孵抱期协作混合增强的大智慧、大科学、大历史的全球化。

[王德奎. 人类命运共同体全球化要讲大历史才行----人类起源/文明三大孵抱期及五大芯片初探. Academ Arena 2023;15(6):5-12]. ISSN 1553-992X (print); ISSN 2158-771X (online). http://www.sciencepub.net/academia. 02.doi:10.7537/marsaaj150623.02.

 

关键词青藏高原、全球化、孵抱期、珠峰辐射原理、大历史

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3

数学开小花不结大果原因之谜

----从奥赛看人才成长的短程激励与长程激励

 

李侠(上海交大科学文化研究院院长,教授)

谷昭逸(上海交大学科学文化研究院硕士生)

(摘自2022726日观察者网)

 

Recommended: 王德奎 (Wang Dekui), 绵阳日报社, 绵阳, 四川 621000, 中国, y-tx@163.com

 

摘要:从奥赛看人才成长的短程激励与长程激励,少时拿到奥赛金牌的数学天才们,长大后为何拿不到看菲尔兹奖?

[李侠.谷昭逸.王德奎. 数学开小花不结大果原因之谜----从奥赛看人才成长的短程激励与长程激励. Academ Arena 2023;15(6):13-15]. ISSN1553-992X(print); ISSN2158-771X(online). http://www.sciencepub.net/academia.03.doi:10.7537/marsaaj150623.03.

 

关键词:数学;原因; 奥赛; 人才; 成长; 奥赛; 金牌; 天才; 菲尔兹奖

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新冠病毒疫情病机病理集中指向湿邪侵肺

----供共同防疫验证之用

 

刘学璞(河北石家庄市)

 

Recommended: 王德奎 (Wang Dekui), 绵阳日报社, 绵阳, 四川 621000, 中国, y-tx@163.com

 

Abstract: 近三年来的新冠病毒变异动态演进疫情,防疫抗疫仍在艰难实践、探索、积累中……自《黄帝内经》之中医的角度讲,其病机病理也许集中指向湿邪侵肺。新冠病毒变异动态演进疫情在地球村致病已经三年多了……201912月底开始在中国武汉发现不明原因肺炎具有一定的传染性,在20201月份表现出爆发的趋势,到中国确定新冠病毒疫情爆发(2000123日)并阻击、防疫、抗疫,差不到两个月也快近三年了,新冠病毒变异动态演进疫情问题,一直困扰着地球村医学界、政府和广大人民……加之分子生物学与基因类临床治疗药物的困惑,也许是新冠病毒变异演化的速度不确定性太大……赶不上新冠病毒变异的速度……

[刘学璞.王德奎. 新冠病毒疫情病机病理集中指向湿邪侵肺----供共同防疫验证之用. Academ Arena 2023;15(6):16-17]. ISSN 1553-992X (print); ISSN 2158-771X (online). http://www.sciencepub.net/academia. 04.doi:10.7537/marsaaj150623.04.

 

Keywords: 新冠病毒; 疫情; 病机; 病理

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《哈得来环流圈说环组学》读后感

 

常炳功

美国纽约州立大学州南部医学中心)

 

Recommended: 王德奎 (Wang Dekui), 绵阳日报社, 绵阳, 四川 621000, 中国, y-tx@163.com

 

摘要:从叶轮机械看地球的大气圈,地球可以看成是没有叶片的叶轮运动。这种中心存在固体球核的流体三旋运动,最容易形成双单元对流线旋模式。而没有固体核心的类圈体线旋运动则可以称为单单元对流线旋模式。由于磁力线相对大气能穿过核心,全球涡流式磁场一般就是一种单单元线旋模式。环科学--环组学--哈得来环流圈:站在地球的两极看地球,地球表面的冷热不均引起大气相对地面运动,热处大气膨胀上升,到上空聚起来,大气密度增大,使气压比周围同水平大气高,就有向外扩散的趋势。冷处大气的收缩下沉,上空大气密度减少,使周围同水平大气趋于该处。热处上空大气流向冷处,而冷处地面气压因下沉而较高又往热处流动,形成大气热力环流。由于赤道与极地间受热不均,在终年炎热的赤道地区,大气受热膨胀上升,而终年严寒的两极地区大气冷却收缩下沉;在高空中,赤道形成高气压,两极形成低气压,气压梯度指向极地,有向极地流动趋势,地面则有极地向赤道的回流

[常炳功.王德奎. 《哈得来环流圈说环组学》读后感. Academ Arena 2023;15(6):18-20]. ISSN 1553-992X (print); ISSN 2158-771X (online). http://www.sciencepub.net/academia. 05.doi:10.7537/marsaaj150623.05.

 

关键词:叶轮机械; 地球; 大气圈; 磁力线 大气 核心 涡流式磁场; 赤道; 回流

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6

太 极 话 天 下

 

孙纯武Sun Chunwu1948-

 

Yangzhou City, Jiangsu Province, China, mainly engaged in natural science research; Author's statement: I guarantee that the following article is the copyright owner of this work. Company name: Yangzhou Sanli Electric Appliance Co., Ltd., Jiangsu Province Postal code 225008 E-mail: yzscw0514@163.com micro signal scw20171020

 

摘要: 太极话天下》书, 是破译东方神秘主义太极八卦图的科学原理,以浅显的文化,集寓教于乐贯穿始终,专门为广大青少年和科研爱好者及发明家们等人,定制打造当今科学世界更令人惊叹新知识,让你通过本书阅读对宇宙对世间从无到有、从有到无等许多重大世界难题,用最少的时间得最多的新科学知识来充实自已、解放自已,做一个能力超群的万事通。如先了解宇宙的创生、地球山脉、水的产生,植物、动物等许多世界难题。更是科学家们众里寻她千百度,从书中可得到启蒙,从旧物理学中解放出来,创造出更完整系统框架结构动态场的,新物理学和新哲学等。也不乏适合各种人群消逝时光品读 ,居家必备醍湖灌顶之作的百科书。

[孙纯武. 太 极 话 天 下. Academ Arena 2023;15(6):21-216]. ISSN 1553-992X (print); ISSN 2158-771X (online). http://www.sciencepub.net/academia. 06.doi:10.7537/marsaaj150623.06.

 

 

关键词: 太 极; 天 下

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The articles in this issue are presented as online first for peer-review starting from June 2, 2023. 

All comments are welcome: editor@sciencepub.net

For back issues of the Academia Arena, click here.

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doi prefix: 10.7537

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Global Impact Factor: 0.324 (2012); 0.454 (2013); 0.565 (2014); 0.676 (2015)

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IF A2016: 2.15

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