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RISS 인기검색어
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- 저자 : ( Han Jingquan ) (검색결과 3 건)
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A Phase Inheritance-based Account on A- and A'-movement of Double Object Constructions
Quan, Feng,Jingquan Han 한국현대언어학회 2017 언어연구 Vol.33 No.3
This paper suggests that the Phase Inheritance-based account can provide a unified explanation for both the A- and A’-movement of English DOCs. The main hypotheses adopted in this paper are: 1) Every functional head bears the generalized EPP feature, while the phasal head is equipped with both the generalized EPP and Phase EPP feature; 2) Passive v is also a phasal head; 3) The phasehood of v can be handed over to the applicative head; 4) Mixed Chains Constraint must be respected. According to the Phase inheritance-based account, the phasehood of light v is handed over to the applicative head in English DOCs, therefore only the indirect object is allowed to be passivized and only the direct object is allowed to undergo WH-movement, otherwise Mixed Chains Constraint will be violated. By assuming that the Phase EPP on the little v can be retained or handed over to the applicative head in different languages, this analysis also sheds light on the A-and A’-movement of DOCs from the cross-linguistic perspective.
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The Syntax of Multiple-sluicing in Mandarin Chinese
Chengdong Wang,Jingquan Han 한국생성문법학회 2018 생성문법연구 Vol.28 No.4
Multiple-sluicing in Chinese falls into two types: pseudo multiple-sluicing and typical multiple-sluicing. In the former, the two simplex wh-arguments have the basic structure of ‘pro + shi ‘be’ + wh-phrase’ and are coordinated by a covert conjunction word. Typical multiple-sluicing can be found in the following three forms: the first one includes two discourse-linked wh-arguments, the second consists of two complex wh-adjuncts and the third is composed of a discourse-linked wh-argument and a complex wh-adjunct. This article argues that while no overt wh-movement is involved in the derivation of pseudo multiple-sluicing, typical multiple-sluicing does. Specifically, topic- prominent wh-phrases and focus-prominent wh-phrases move to [Spec, TopP] and [Spec, FocP] respectively, and a subsequent deletion of IP at PF derives a well-formed typical multiple-sluicing.
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The Influence of Different Exercise Modes on College Students’ Cardiopulmonary Fitness
Wu, Dezhi(띠즈우),Han, Hanjun(한준한),Sun, Jingquan(선징콴) 한국웰니스학회 2019 한국웰니스학회지 Vol.14 No.3
이 연구는 8주간의 고강도 간헐적 훈련(HIIT)과 중강도 연속 훈련(MICT)과 태극권 운동(TCFR)이 심혈관 건강에 미치는 영향을 조사했다. 60명의 피실험자가 연구에 참여하였고, 세 그룹의 45명은 주당 3회, 회당 50분씩, 총 8주 동안 총 24번의 운동프로그램을 완료했다. 대조그룹(CON)은 운동프로그램에 참여하지 않았다. 최대산소섭취량(VO2max) 측정 후, 키, 체중, 안정시 심박수(HR)가 측정되었고, 개별적 운동 프로그램이 설정되었다. 각 운동 그룹은 연구 목적에 필요한 운동프로그램에 참여하였다. 훈련 2, 4, 6, 8주에 VO2max와 심박수를 측정하였다. 3개의 다른 운동 훈련 방법은 VO2max (HIIT+6.92%, MICT+10%, TCFR+10.4%)의 증가, 안정시 HR (HIIT-6%, MICT-3% 운동-5.4%)의 감소, 운동부하검사 중 첫 번째 부하 직후 HR(HIIT+18.7%, MICT+8%, TCFR+11.89%)의 증가, 운동부하검사 중 두번째 부하 직후(HIIT+17.51%, MICT+7.24% TCFR+9.37%)의 증가를 보였다. TCFR은 VO2max를 증가시키고, 심박수를 줄이며, 심폐 기능을 향상시켰다. HIIT는 MICT와 TCFR보다 VO2max를 향상시키고, 안정시 심박수를 줄이며, 심폐 기능을 향상시켰다. To observe the effects of 8week high intensity intermittent training(HIIT), moderate intensity continuous training(MICT), and Tai Chi fitness running(TCFR) on cardiopulmonary fitness. We recruited 60 subjects in this study. 45 in the intervention group completed 24 intervention training sessions(3 times a week, 50 min each time) over 8 weeks. and 15 in the control group(CON), did not perform the exercise. After the baselinemaximal oxygen uptake(VO2max), height, weight, and resting heart rate(HR) Values were determined, the HIIT, MICT, and TCFR groups performed the HIIT, MICT, and TCFR groups performed the HITT, MICT, and TCFR exercise programs respectively VO2max and HR were measured at the 2<SUP>nd</SUP>, 4<SUP>th</SUP>, 6<SUP>th</SUP>, and 8<SUP>th</SUP> training weeks The three different training methods have obvious effects on improving VO2max(HIIT+6.92%, MICT+10%, TCFR+10.4%), reducing the resting HR(HIIT-6%, MICT-3%, TCFR-5.4%), increasing the heart rate immediately after the first load (HIIT+18.7%, MICT+8%, TCFR+11.89%) as well as increasing the heart rate immediately after the second load(HIIT+17.51%, MICT+7.24%, TCFR+9.37%). The three different training methods markedly improved VO2max(HIIT-6.92%, MICT+10%, TCFR-10.4%), decreased resting HR(HIIT-6%, MICT-3%, TCFR-5.4%), increased HR immediately after the first load(HIIT-18.7%, MICT-8%, TCFR-11.89%) and increased HR immediately after the second load(HIIT+17.51%, MICT+7.24%, TCFR+9.37%). TCFR is more effective than traditional MICT at increasing VO2max, decreasing resting HR, and improving cardiopulmonary fitness. HIIT has tremendous ability to increase VO2max, decrease resting HR, and improve cardiopulmonary fitness. HIIT has tremendous ability to invrease VO2max, resting HR, and cardiopulmonary fitness.
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