This paper attempts to show that the word sì 巳(祀) used after the negative wù 勿 or wú 毋 functions as a “Vintransitive” (all the abbreviations and references used in this paper are given at the end of Part I). As such, it forms a VP, 勿/毋 V1 (=巳) V2, where V2 is frequently, but not always, one of the six “Type-A ritual Vs”—one being dăo 禱 ‘to pray’ and the rest given in the paper; when V2 is a “Type-B non-ritual V”—one being diàn 田(甸) ‘to hunt’ and the rest inexhaustible. A major reason for the use of V2 is to contrast with the preceding V1. This is deduced from closely examining the semantic relationship between V1 and V2. The details will be explained with examples. There are also inscriptions in which V1 (巳/祀) is used before yú 于, a “multidirectional” preposition. This is labelled as “Nloc in the sense of ‘in, at’, not ‘to, for’ when preceded by the V1 or in the construction given in the title. The paper accounts for its motivating principle. The paper argues that 巳/祀 is a Vaction meaning “conduct sì-providential ritual”. It was done at a place to seek divine direction and guidance from the deity or Power believed to have dwelt in situ. Originally presented in Takashima (2009a), this paper delves further into linguistic, philological, and cultural aspects of the 巳-ritual couched in the VP, 勿/毋 V1 (=巳/祀) V2. Part I has covered “Examination I: Zhū Shēngyù’s Questions and Zhāng Yùjīn’s Interpretation”. The paper answers the former and evaluates the latter. Part II begins with “Examination II: Qiú Xīguī’s Interpretation” and ends with the conclusions of the entire paper.

This paper attempts to show that the word sì 巳(祀) used after the negative wù 勿 or wú 毋 functions as a “Vintransitive” (all the abbreviations and references used in this paper are given at the end of Part I). As such, it forms a VP, 勿/毋V1V2, where V2 is always one of the six “Type-A ritual Vs”—one being dăo 禱 ‘to pray’, the rest given in the paper. The semantic relationship between V1 (巳/祀) and V2 is closely examined. There are also inscriptions in which V1 is used before yú 于, a “multidirectional” preposition. This is labelled as “Nloc in the sense of ‘in, at’ (not ‘to, for’)” in the construction given in the title. The paper accounts for its motive principle. The paper argues that 巳/祀 is a Vaction meaning “conduct sì-providential ritual”. It was done at a place to seek divine direction and guidance from the deity or Power believed to have dwelt in situ. Originally presented in Takashima (2009a), this paper delves further into linguistic, philological, and cultural aspects of the 巳-ritual couched in the VP, 勿/毋V1(=巳/祀)V2. A major reason for its use is to contrast the 巳-ritual with other rituals and sacrifices. The details will be explained with examples. Part I covers “Examination I: Zhū Shēngyù’s Questions and Zhāng Yùjīn’s Interpretation”. The paper answers the former and evaluates the latter. Part II begins with “Examination II: Qiú Xīguī’s Interpretation” and ends with the conclusions of the entire paper.

As Alex Schuessler (2009, 34–39) has articulated, it is difficult to know the real reason for the choice of a particular graphic element within a composite graph. This is often due to “mental or cultural associations” that tend to interfere with the choice. Even with a simple graph it is not easy to discern what we call “graphic design” that must have guided the original scribes to create the graphs to express words. These are important issues in Chinese paleography. We will use terms like “pure phonetic”, “quasi-phonetic”, “quasi-phonosignific”, “etymonic”, “quasi-etymonic” that are not commonly used in the literature (we will define them in the paper). The Old Chinese (OC) rimes comprised of a relatively few words such as *-əp, *-en, and *-ui suffer a shortage of graphs to write the words with such rimes. This implies the existence of graphs with only a segment or segments of an OC syllable that suggest its entire phonological form with a meaning or function. For example, the top portion of (=羊 *jaŋ~*laŋ, i.e., ) seems to serve as quasi-phonosignific in (=羌 *khaŋ~*khiaŋ—cf. 西戎, 牧羊人也, 羊亦聲—SW). That is, 羌 were “sheep herders”, and the grapheme can be taken as partial phonetic, not really “亦聲” it would seem, because only the rime of 羊 agrees (“quasi-phonetic”). When we pay attention not only to the rimes but also to the initials, we may, if cogent analysis can be made, come to understand why a word was written in a certain specific way. This interfaces between paleography and historical phonology, further involving historical lexicology. We shall also assess some traditional paleographical interpretations of nǚ 女= ‘woman’ and mín 民= ‘people’ and try to descry “graphic designs” by the original scribes. Here, however, we first need to figure out the underlying meanings of the words nǚ and mín in their early history. Their semantic fields could range from synonymy, near/quasi-synonymy, antonyms, and near/quasi-antonyms to members of some large word-family. In this paper, we limit our analysis to some “graphic minimal pairs” and the words represented by them. For example, “ (女 ‘woman’) and (卩 ‘joint’)”; “ (如 ‘follow, go’) and (訊 ‘interrogate’)”; “ (目 ‘eye’) and (臣 ‘servant’)”; “ (民 ‘people’) and (見 ‘see’)”; and a few related graphs.

Taking the great advantage of Subaru's wide field coverage both in the optical and in the near infrared, we have been providing panoramic views of distant clusters and their surrounding environments over the wide redshift range of 0:4 < z < 3. From our unique data sets, a consistent picture has been emerging that the star forming activity is once enhanced and then truncated in galaxy groups in the outskirts of clusters during the course of cluster assembly at z < 1. Such activity is shifted into cluster cores as we go further back in time to z ~ 1.5. At z = 2 - 2.5, we begin to enter the epoch when massive galaxies are actually forming in the cluster core. And by z ~ 3, we eventually go beyond the major epoch of massive galaxy formation. It is likely that the environmental dependence of star forming activity is at least partly due to the external environmental effects such as galaxy-galaxy interaction in medium density regions at z < 1, while the intrinsic effect of galaxy formation bias overtakes the external effect at higher redshifts, resulting in a large star formation activity in the cluster center.

Mo2FeB2 boride base cermets produced by a novel sintering technique, called reaction boronizing sintering through a liquid phase, have excellent mechanical properties and wear and corrosion-resistances. Hence, the cermets are applied to the injection molding die-casting machine parts and so on. We investigated that the effect of deoxidization and sintering temperature on mechanical properties and deformation of the MIM processed cermets. As a result, deoxidization temperature of 1323K and sintering temperature of 1518K were suitable. The MIM products of the cermets showed allowable dimensional accuracy and the same mechanical properties as the presssintered ones.

Recently the Marangoni convention is supposed to be an important phenomenon that significantly affects the solidification. For understanding the Marangoni convection mechanism, visualizing the convention phenomenon of molten tin with ultrasonic has been conducted. This paper reports developing a tracer material of micro metal balloon that is used in the molten system. We have succeeded in coating the surface of Shirasu-ballons with nickel by plating process. The obtained metal balloon is spherical and some characterizations were conducted.

Injection molding of corrosive super engineering plastics and engineering plastics with various fillers is conducted under severe conditions and causes corrosion and wear problems. We have developed boride base cermets, which have excellent corrosion-and wear-resistances, and tried to apply them into plastic molding machine parts. In this paper, the effects of V substitution for Cr on the mechanical properties, corrosion resistance and microstructure of Ni-5.0B-51.0Mo-(17.5-X)Cr-XV (mass%) model cermets were investigated. Both transverse rupture strength (TRS) and hardness increased monotonically with increasing V content and reached 2.94GPa and at 10.0%V, respectively. The improvements of TRS and hardness were attributed to microstructural refinement.