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이용종 명지영어영문학회 1997 명지영어영문학 Vol.2 No.-
The purpose of this paper is to review some related theoretical theories on binding properties such as Head-driven Phrase Structure Grammar and mophological feature checking grammar. Anaphors have defective referential features to be checked off since anaphors have no independent references. If anaphors do not get their defective referential feature checked off, they will violate the Principle of Full Interpretation. These defective referential features of anaphors are checked off by AGRs which share all the feature with NPs in SPEC of AGRp. Anaphors are LF-affixes, beibg affixed to its predicates which take them as their arguments. When an anaphor is affixed to its predicates, for example, v, anaphor+v moves to AGRs to get phi-features and tense features of v checked off. At this position, the anaphor gets its defective referential features checked off by AGRs.
Morphological and Syntactic Divergence in Relative Clauses : Cross-Linguistic Approach
Lee, Yong-Jong 한국현대영미어문학회 2002 The Journal of KACELLS Vol.7 No.1
The purpose of this paper is to examine how relative clauses in Korean and in English and Japanese differ at a syntactice level and discuss the differences in restrictive and non-restrictive relative clauses. We may not see overt morpheme in the expected relative clause final position of a complementizer in Japanese. In contrast, Korean has a series of affixal elements which appear between the postverbal tense and mood affixes and the head noun of the relative clause. In Korean phrase such as 'manna-ass-te-n sslam'(the person who met), the sequence ass-te-nconsist of the past tense suffix -a/ess, the mood marker te-, and what to be very similar between the Korean relative clause and English CP in selecting a tense clause, it is underlyingly due to the superficial morphological similarity. When we deal with relative clause, it is appeared that no uniform syntactic definition of relative clause can be given for each individual language, especially for syntactically remote languages such as Korean, Japanese, and English.
NdFe10.7TiM0.3(M = B, Ti)의 Mossbauer 연구
김철성(Chul Sung Kim),이용종(Young Jong Lee),김윤배(Y. B. Kim),김창석(C. S. Kim) 한국자기학회 1995 韓國磁氣學會誌 Vol.5 No.1
The authors have studied crystallographic and magnetic properties of NdFe_(10.7)TiM_(0.3)(M = B, Ti) by X-ray diffraction, VSM magnetometer, and Mossbauer spectrometer. The Alloys were prepared by arc-melting under argon atmosphere. The NdFe_(10.7)TiM_(0.3) has pure single phase, whereas the NdFe_(10.7)TiM_(0.3) contains some α-Fe, from powder X-ray diffractometry. The NdFe_(10.7)TiM_(0.3) has the ThMn₁₂-type tetragonal structure with α_0=8.587 A and C_0= 4.788 Å. The Curie temperature (Tc) is 570 ± 3 K from Mossbauer spectroscopy performed at various temperatures ranging from 13 to 770 K. Each spectrum of below Tc was fitted with five subspectra of Fe sites in the structure (8i₁,8i₂, 8j₁, 8j₂ and 8f). The area fraction of the subspectra at room temperature are 16.4, 8.2, 14.8, 21.3 and 39.3 %, respectively. Magenetic hyperfine fields for the Fe sites decrease in the order, Hhf(8i)>Hhf(8f)>Hhf(8f).
NdFe10.7Ti1.3의 결정학적 및 자기적 성질 연구
이승화(Seung Wha Lee),이용종(Young Jong Lee),안성용(Sung Yong An),김철성(Chul Sung Kim),김윤배(Y. B. Kim),김창석(C. S. Kim) 한국자기학회 1996 韓國磁氣學會誌 Vol.6 No.6
NdFe_(10.7)Ti_(1.3) has been studied with X-ray diffraction, Mossbauer spectroscopy and vibrating sample magnetometer(VSM). The alloys were prepared by arc-melting under an argon atmosphere. The NdFe_(10.7)Ti_(1.3) contains some α-Fe, from X-ray and Mossbauer measurements. The NdFe_(10.7)Ti_(1.3) has the ThMn₁₂-type tetragonal structure with α_0=8.607 Å and c_0=4.790 Å. The Curie temperature(Tc) of the NdFe_(10.7)Ti_(1.3) is 590 K from Mossbauer spectroscopy performed at various temperatures ranging from 13 to 800 K. Each spectrum below Tc was fitted with six subspectra of Fe sites in the structure(8i₁, 8i₂, 8j₂, 8j₁, 8f and α-Fe). The area fractions of the subspectra at room temperature are 13.8 %, 15.4 %, 17 %, 16.4 %, 34.1 % and 3.3 %, respectively. Magenetic hyperfine fields for the Fe sites decrease in the order, Hhf(8i)>Hhf(8j)>Hhf(8f). The abrupt changes in the magnetic hyperfine field, isomer shift and magnetic moment observed at about 180 K in NdFe_(10.7)Ti_(1.3) are attributed to spin reorientation.