Chinese noun-classifier compound words show different properties in lexical meaning and syntactic collocation. The complexity of these compounds lies in the grammaticalization of classifiers’ system. Some nouns used...Chinese noun-classifier compound words show different properties in lexical meaning and syntactic collocation. The complexity of these compounds lies in the grammaticalization of classifiers’ system. Some nouns used as classifiers in the position of classifier are not grammaticalized into real classifiers which are temporary classifiers. So some of them are real noun-classifier compounds and some belong to noun-noun compounds. This paper attempts to analyze the structural relation between noun morpheme and classifier morpheme within the word. It also explains that the noun and the classifier compound in the position of light noun in the nP structure.展开更多
In this paper, we study the production of the neutral top-pion (Πt^0) associated with a gauge boson at the LHC, i.e. pp →Πt^0V (V = g, W, Z, γ). The cross section of pp→Πt^0g is at the level of 10^2 pb in th...In this paper, we study the production of the neutral top-pion (Πt^0) associated with a gauge boson at the LHC, i.e. pp →Πt^0V (V = g, W, Z, γ). The cross section of pp→Πt^0g is at the level of 10^2 pb in the most parameter space. Such a process with the flavor-changing decay mode Πt^0→tc might provide viable signatures to detect rio at the LHC. The cross sections of other processes pp →→Πt^0W(Z,γ) distinguish the Higgs boson in the SM or MSSM from rio. are too small to detect Πt^0, which open a window to distinguish the Higgs boson in the SM or MSSM from Πt^0展开更多
In Chinese, compound words denoting kinship axe frequently used. This paper classifies such words into two categories: coordinative and non-coordinative. Each type has subcategories. Under the framework of Distribute...In Chinese, compound words denoting kinship axe frequently used. This paper classifies such words into two categories: coordinative and non-coordinative. Each type has subcategories. Under the framework of Distributed Morphology, this paper focuses on the coordinative compound words. They consist of two roots which finally form a NP with the category-giving morpheme. Besides, there are some idioms and infrequent uses which can be explained in the Encyclopedia.展开更多
文摘Chinese noun-classifier compound words show different properties in lexical meaning and syntactic collocation. The complexity of these compounds lies in the grammaticalization of classifiers’ system. Some nouns used as classifiers in the position of classifier are not grammaticalized into real classifiers which are temporary classifiers. So some of them are real noun-classifier compounds and some belong to noun-noun compounds. This paper attempts to analyze the structural relation between noun morpheme and classifier morpheme within the word. It also explains that the noun and the classifier compound in the position of light noun in the nP structure.
基金The project supported by National Natural Science Foundation of China under Grant No. 10375017, the Excellent Youth Foundation of Henan Scientific Committee, and the Henan Innovation Project for University Prominent Reseaxch Talents
文摘In this paper, we study the production of the neutral top-pion (Πt^0) associated with a gauge boson at the LHC, i.e. pp →Πt^0V (V = g, W, Z, γ). The cross section of pp→Πt^0g is at the level of 10^2 pb in the most parameter space. Such a process with the flavor-changing decay mode Πt^0→tc might provide viable signatures to detect rio at the LHC. The cross sections of other processes pp →→Πt^0W(Z,γ) distinguish the Higgs boson in the SM or MSSM from rio. are too small to detect Πt^0, which open a window to distinguish the Higgs boson in the SM or MSSM from Πt^0
文摘In Chinese, compound words denoting kinship axe frequently used. This paper classifies such words into two categories: coordinative and non-coordinative. Each type has subcategories. Under the framework of Distributed Morphology, this paper focuses on the coordinative compound words. They consist of two roots which finally form a NP with the category-giving morpheme. Besides, there are some idioms and infrequent uses which can be explained in the Encyclopedia.