WorldWideScience
 
 
1

Isolation and Purification of Decursin and Decursinol Angelate in Angelica gigas Nakai  

KoreaScience (Korea)

Full Text Available

2009-05-01

2

Cytogenetic Analysis Using Mitosis, Meiosis Chromosomes and bicolor Fluorescence in situ Hybridization of Bupleurum latissimum Nakai  

KoreaScience (Korea)

Full Text Available

2006-12-01

3

Extended amino acid sequences around the active-site lysine residue of class-I fructose 1,6-bisphosphate aldolases from rabbit muscle, sturgeon muscle, trout muscle and ox liver.  

UK PubMed Central (United Kingdom)

1. Amino acid sequences covering the region between residues 173 and 248 [adopting the numbering system proposed by Lai, Nakai & Chang (1974) Science 183, 1204-1206] were derived for trout (Salmo...Full Text Available

1979-11-01

4

'Zoxy' - the zinc-air high energy battery system: with decentral charging infrastructure; ''Zoxy'' - das Zink-Luft-Hochenergiebatterie-System mit dezentraler Lade-Infrastruktur  

Energy Technology Data Exchange (ETDEWEB)

Storing electrical energy in batteries is not a viable option for sustaining a country's energy economy. The mass and volume, as well as the costs, of electrochemical components required for this would be beyond all reason. Nevertheless, in certain applications the storage of electrical energy does have significant advantages over other technologies. For example, electrically powered road vehicles emit no exhaust fumes and very little noise at their place of operation. In this way they contribute substantially to air and noise pollution control in urban areas. Photovoltaic applications permit environmentally friendly electricity applications in places remote from the public grid where conventional solutions are prohibitively expensive. More than in the past, battery systems today have to meet a wide range of technical, economic and ecological requirements in order to be marketable. This is why the ''Zoxy'' zinc-air battery system was ...

1997-02-01

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Mechanisms of heat transfer augmentatiton around the stagnation point of an impinging air jet laden with solid particles. Report 2. ; Effects of thermal properties of laden particles and heat transfer surface on heat transfer augmentation due to the unsteady heat conduction. Koki niso shototsu funryu no yodomiten kinbo ni okeru dennetsu sokushin kiko. 2. ; Sesshoku netsudendo ni yoru dennetsu sokushin ni taisuru ryushi to dennetsumen no netsubusseichi no eikyo to sono hyoka  

Energy Technology Data Exchange (ETDEWEB)

The heat transfer augmentation effect by the unsteady heat conduction between the particles and heat transfer surface is one of the main factors, causing the heat transfer augmentation around the stagnation point in the gas-solid two-phase impinging jet flow. By separating and evaluating that effect, material influence on it was studied of particles and heat transfer surface, together with change by the jet flow condition. That effect enlarged with enlarging in heat capacity, multiplied by the heat conduction coefficient, of both the particles and heat transfer surface, and if both of them were constant in material combination, was dominated by the contact frequency of particles per unit time. Therefore in case of lading solid particles, equal in weight, that effect enlarges with diminishing in particle diameter. Such a heat transfer augmentation mechanism model is universally applicable to the data by Yoshida et al., using comparatively large diameter particles, ...

1991-05-25