Publications

摘出臟器（肝臓）のAmylaseに及ぼす「レ」線の影響について

The various metabolism are carried out in living cells and the relevance of enzyme research is based upon the idea that the chemical reactions that occur in living cells from the core of life itself. But the biochemical metabolism is affected by X-rays irradiation, and so we think that X-rays irradiation effect upon the catalytic function of the enzyme, and we experimented whether X-rays irradiation effect on the catalytic function of Amylase in cells of liver which is extracted without bacilli, or not. And then we find out that the irradiation with 60r rised the catalytic function of Amylase the irradiation with 200r, 400r repressed the catalytic function of Amylase.

Organic multicolor EL display with fine pixels

Abstract— We present a RGB multicolor EL display, in which a blue organic EL display was combined with color‐changing media (CCM). The CCMs were basically made up of organic fluorescent media which changed the emission color from blue to green or red.

Experimental study on the effect of anti-corrosive coatings on bond behavior of corroded rebar

Investigation on material stability of spherical shaped EAF slag fine aggregate concrete for pavement during thermal change

Seismic buckling evaluation on the roofdeck of fast breeder reactor

Tension stiffening analysis of reinforced SFRC using mesoscale model considering the effects of cracking and localized rebar yielding

Neue Bemessung mit Berücksichtigung schädigender durch Massentransport verursachter Prozesse / New Structural Analysis Considering Deteriorating Process Induced by Mass Transfer

ChemInform Abstract: Derivatives of Tetrodecamycin.

Abstract ChemInform is a weekly Abstracting Service, delivering concise information at a glance that was extracted from about 100 leading journals. To access a ChemInform Abstract of an article which was published elsewhere, please select a “Full Text” option. The original article is trackable via the “References” option.

Cream Solder Inspection Technology By Projecting Phase-shifted Fringes

The solder bonding is one of the most important elements of the high-density PUB mounting (packaging) process. As a result of the recent shift to surface mounting and further increase of mounting (packaging) density, being stimulated by the trend toward reduction of dimensions and weight of electronic devices, it is becoming more and more difficult to modify the solder joint after reflow process. Therefore strict quality control must be performed upstream in the production process. In order to ensure strict quality control in the cream solder print process the authors have developed a system which executes high-speed 3-dimensional contactless measurement of cream solder paste print profile and the in-line inspection of volume, profile, etc.

EXPERIMENTAL ANALYSIS OF SHEAR BEHAVIOR OF RC BEAMS SUBJECTED TO AXIAL COMPRESSION

軸方向圧縮力およびせん断スパン比をパラメータとしたRC梁のせん断破壊実験を行い, 現状では十分と言えないこの種の実験データの充実を図ると共に, 実験結果に基づいて軸方向圧縮力がせん断耐力に及ぼす影響を検討した. その結果, 軸方向圧縮力の影響はせん断スパン比によって変化しないとする現行のコンクリート標準示方書のデコンプレッションモーメント法では, 実験結果における軸方向圧縮力の影響を正確に再現することができないことを明らかにし, 斜めひび割れ耐力に及ぼす軸方向圧縮力の影響はせん断スパン比が小さくなるに従って直線的に増加すること, 同様に, せん断圧縮破壊の場合には, せん断スパン比が小さくなるに従って軸方向圧縮力によるせん断耐力の増加率が直線的に減少することを示した.

Chemistry of bleomycin. XX. The X-ray structure determination of P-3A Cu(II)-complex, a biosynthetic intermediate of bleomycin.

Breeding of a new rice variety "Iwatekko" [Japan]

Estimation of body composition by bioelectrical impedance and anthropometric technique in Japanese children

Shear Buckling of 304S.S. Cylinders Having radius-to-Thickness Ratio of 100 Thru 400 Transverse Shearing Loads

ANALYTICAL STUDY ON THE FACTORS AFFECTING THE BEHAVIOR OF RC MEMBERS SUBJECTED TO THE CYCLIC LOADING

The clinical importance of the trimethadione tolerance test as a method for quantitative assessment of hepatic functional reserve in patients with biliary atresia

Background: The trimethadione (TMO) tolerance test was performed to evaluate its usefulness in the assessment of hepatic functional reserve in patients with biliary atresia. Method: Nineteen patients with biliary atresia after hepatic portoenterostomy (age range: 2 months to 25 years; sex: 6 males and 13 females) were studied. The study was performed in the morning after a 12-h fast. TMO was given orally, at a dose of 4 mg/kg, with 5 mL of 5% glucose 2 h before breakfast. Blood samples (0·5 mL) were collected to determine serum TMO and dimethadione (DMO), a metabolite of TMO, levels 4 h after the administration of TMO. TMO and DMO were measured by a gas-liquid chromatographic method. Results: A higher total bilirubin level (over 1 mg/dL) in patients with jaundice was reflected in the smaller serum DMO/TMO ratio 4 h after the oral administration of TMO. In addition, these patients with total bilirubin levels of 1 mg/dL or less had a significantly lower DMO/TMO ratio than the control group (healthy subjects). The serum DMO/TMO ratio showed a close correlation with the Child–Pugh score, which is used for overall evaluation of severity of cirrhosis and Mayo risk scores for primary biliary cirrhosis in adults (0·856, P < 0·01 and 0·788, P < 0·01, respectively). The TMO tolerance test shows the benefit of performing a relatively early test of dynamic liver function to evaluate hepatic functional reserve in pre- and post-operative biliary atresia patients.

Dynamical and thermodynamical contributions to the vertical motions over the wintertime oceanic frontal zones

Simulation method of PC member with corrosion crack and breaking of PC tendon

This study investigated applicability of the developed numerical simulation analysis that comprised of corrosion-induced crack, bond deterioration and the change of mechanical properties with beam element for rebar introduced in 3D-RBSM. The developed analysis was first applied to pull out bond test of corroded rebar. Then, the analysis was applied to PC member failed in flexure to validate the accuracy and the influence of rebar corrosion on mechanical behaviors of members. As a results, it was confirmed that the manifestation and propagation of crack due to rebar corrosion, reduction of bond strength due to corrosion induced crack and the reduction of bending cracking load, stiffness and ultimate displacement with PC tendon breaking can be calculated reasonably. The proposed numerical analysis has capability simulate the corrosion-induced crack distribution and ultimate state of deteriorated PC structures due to rebar corrosion.