菲律宾史上10大传奇拳手(下)

来源 :拳击与格斗 | 被引量 : 0次 | 上传用户:dingbinqi
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
NO.6里特·德铎(Little Dado)46-7-9(21KO)次最轻量级拳手1936-43里特·德铎,原名埃卢特里奥·扎潘塔,拥有46胜7负21次KO的职业战绩,却一直与世界拳王金腰带无缘,不能说他不是一个优秀的拳手,只能说他生不逢时。值得注意的是在其职业生涯中,虽然有7次败绩,但实际上他只输给过两个对手。一个是早已被历史遗忘的菲律宾蝇量级拳手里特·潘丘,另一个是华裔美国拳手戴维·奎孔洋。在德铎初次进入职业拳坛的前4个月里,潘丘接连4次击败德铎,而奎孔洋在德铎职业生涯的最后2年里,3次打败已是英雄暮年的德铎。从1937年6月到1941年2月,除了期间的9次平局,德铎一直战无不胜,能取得这样的成绩,可见德铎绝非泛泛之辈。在当时《RING》杂志的拳手排名中,德铎连续5年 NO.6 Little Dado 46-7-9 (21KO) bantamweight boxer 1936-43 Ritra Tudor, formerly Elorotelio Zapandta, has 46 wins 7 Negative 21 KO career record, but has been missed with the World Boxing King belt, can not say that he is not a good boxer, can only say that he was born. It is noteworthy that in his career, despite seven defeats, but in fact he lost only two opponents. One is the Filipino flyweight fighter Ritter Panchiu, long forgotten by history, and the other is the American-American boxer David Quakeron. In the first four months of Dudo’s first professional career, Punchow defeated Dodo four times in a row, while Kuokonang defeated Duddha, the heroic, three times in his final two years of Tudor career. From June 1937 to February 1941, except for the nine draws during the match, Tudor has been invincible. Achieving such results shows that the Tudor is by no means a generalist. At that time RING magazine boxer rankings, Tudor for 5 consecutive years
其他文献
  通过氧化过程中的质量变化研究了R-SiC材料在1300℃下的氧化行为。结果表明:最初材料的氧化使碳化硅表面形成致密的无定形SiO2薄层,有效地阻挡了氧的向内扩散,此时SiC具有很
会议
从整地栽植、田间管理、整形修剪、保花保果及病虫害防治五方面总结了丘陵地木枣早期丰产栽培技术 From the field planting, field management, plastic pruning, flower p
A biomorphic carbon material(BCM), retained it’s anatomical features, was prepared by carbonizing peanut shell through controlled heated rates. Microstructure,
会议
  以钠基蒙脱土为主要组分,添加少量特定高分子作为粘结剂,通过流延成膜和常压干燥制备粘土/高分子混合薄膜。该混合膜经过高温烧结后,最终得到完全由粘土构成、厚度为微米级
会议
  采用离散元法动态的模拟了陶瓷粉体材料的干压成型过程,研究了各种工艺参数(如加压压力、加压速度、摩擦系数等)对成型后坯体孔隙率的影响。模拟结果表明:加压压力、加压速
Microencapsulation approach for self-healing polymer composites is by far the most studied self-healing concept in recent years, which could significantly exten
会议
Zirconia-mullite nano-composite ceramics were fabricated by in-situ controlled crystallization of amorphous bulk, which was obtained by the controlled cooling q
会议
新冠肺炎疫情期间,医疗救治定点医院作为疫情防控工作的重要部门产生了大量的真实记录,档案工作管理部门要形成及时有效、分类清晰的管理思路和统筹全局、扩大影响的利用思路
  本文采用0.8μm粒径的WC粉末,不添加任何粘结剂,直接利用放电等离子烧结技术进行烧结成形,并对烧结块体材料进行硬度、断裂韧性等力学性能测试,采用XRD、SEM等方法对相组成和
会议
  陶瓷材料在烧结过程中会发生一系列的物理和化学变化,其中烧结过程中的相变和由致密化导致的收缩对制定科学合理的烧成制度十分重要。本文用综合热分析技术研究了高强度电
会议