• Herbal Formula Science
• /
• v.10 no.1
• /
• pp.1-11
• /
• 2002

From the 24 kinds of literature on the Consumptive disease, it can be concluded as follows. 1. The consumptive disease is the Imparement of deficiency type due to overstrain. it is a general term for these all symptom such as and Deficiency of primordial Qi and Essence of life and blood. 2. The excessive fire due to Yin-Deficiency and the injury of spleen-stomach is accounted much of the cause of Consumptive disease. 3. The main cause of the Hepatic asthenia are the Anger, Consumption and over-thinking. 4. The symptoms of the Consumptive disease are mainly caused by the functional disorder of Liver taking charge of tendons. storing and regulating blood, Heart being in charge of blood circulation. taking charge of mental activities. Spleen taking charge of muscles, transforting and transforming nutrients. Lung taking charge of skins and hairs, taking charge of respirations, Kidney taking charge of bones, storing essence of life. 5. The main symptoms of Hepatic asthenia are flaccidity of muscles and temeons which causes limited movement caused by muscular atonia and the loss of bightness of eyes. 6. The main treatments of Consumptive disease are the invigorating the Spleen-stomach and the invigorating the Kidney and storing essence of life. 7. The treatments of Hepatic asthenia are the moderating the middle and the nourishing the muscles and tendons.

• Journal of the Korean Chemical Society
• /
• v.56 no.2
• /
• pp.195-200
• /
• 2012

In this study we present a new approach for computing the partial atomic charge derived from the wavefunctions of molecules. This charge, which we call the "y_charge", was calculated by taking into account the energy level and orbital populations in each molecular orbital (MO). The charge calculations were performed in the software, which was developed by us, developed using the C# programming language. Partial atomic charges cannot be calculated directly from quantum mechanics. According to a partitioning function, the electron density of constituent molecular atoms depends on the electrostatic attraction field of the nucleus. Taking into account the Boltzmann population of each MO as a function of its energy and temperature we obtain a formula of partial charges.

• The Journal of Small Business Innovation
• /
• v.20 no.2
• /
• pp.1-16
• /
• 2017

The purpose of this study is to investigate the factors affecting innovation capability and innovation performance of midsize company entering overseas market. More specifically, in terms of managerial, organizational, and employee - level factors, we set leadership, operating system, and taking charge at work as variables influencing innovation capability and tried to understand the effect of innovation capability on innovation performance through empirical studies. In addition, we examined the differences in the influence factors on innovation capability and the effect on innovation performance in the home country and overseas countries. As a result of the empirical analysis, all of the influence factors had a positive effect on the innovation capability and the innovation capability had a positive effect on the innovation performance. The degree of influence was in the order of operating system, leadership and taking charge at work. In China, there is no significant difference in the order of operating system, leadership and taking charge at work. In the case of Korea, operating system and leadership have a positive effect, but the employee's taking charge at work does not affect innovation capability. The results of this study are as follows. First, it is necessary to enhance innovation capability in accordance with local characteristics. In Korea, there are additional activities to induce employee's taking charge at work is required for improved innovation capability and innovation performance.

• The Journal of the Korea Contents Association
• /
• v.16 no.10
• /
• pp.730-744
• /
• 2016

This study attempt to test not only the impact of leadership(second-level supervisor's ethical leadership, immediate supervisor's transformational leadership) on followers' proactive behavior, but also the effect second-level supervisor's ethical leadership on leader's transformational leadership(i.e. TL). In particular, immediate supervisor's TL is explored as a mediating variable in the relationship between second-level supervisor's ethical leadership and followers' proactive behavior. The summary of the hierarchical regression analyses results was as follows: First, the paper showed that second-level supervisor's moral behavior was positively related to immediate supervisor's TL. But behavioral integrity and consistency across contexts was not found to play a unique role in predicting immediate supervisor's TL. Second, second-level supervisor's moral behavior was a positive impact on employee' taking charge behavior and helping behavior. and behavioral integrity was a positive impact on employee' taking charge behavior. But consistency across contexts was not found to play a unique role in predicting proactive behavior. Third, immediate supervisor's TL was a positive impact on employee' taking charge behavior and helping behavior. Finally, the effects of second-level supervisor's moral behavior on employee' proactive behavior were mediated by immediate supervisor's TL. Theoretical and practical implications of our findings as well as directions for future research are provided.

• Transactions on Electrical and Electronic Materials
• /
• v.16 no.3
• /
• pp.107-111
• /
• 2015

Our work is based on the development of a numerical model to develop a methodology for predicting the aging and breakdown in insulation due to the dynamics of space charge packets. The model of bipolar charge transports is proposed to simulate space charge dynamic for high DC voltage in law-density polyethylene (LDPE), taking into account the trapping and detrapping of recombination phenomena, this model has been developed and experimentally validation. Theoretical formulation of the physical problem is based on the Poisson, the continuity and the transport equations as well as on the appropriate models for injection. Numerical results provide temporal and local distributions of the electric field, the space charge density for the different kinds of charges, conduction and displacement current densities, and the external current.

• Journal of the Institute of Electronics Engineers of Korea SD
• /
• v.45 no.5
• /
• pp.50-57
• /
• 2008

In this paper, a high-efficiency charge pump for use in CMOS image sensor(CIS) is proposed. The proposed charge pump pursues high pumping efficiency by minimizing the switching and reversion losses by taking advantage of operation characteristics of CIS. That is, the proposed charge pump minimizes the switching loss by dynamically controlling the size of clock driver, pumping capacitor, and charge transfer switch based on the operation phase of CIS pixel sensor. The charge pump also minimizes the reversion loss by guaranteeing a sufficient non-overlapping period of local clocks using a tri-state local clock driver adapting the schmitt trigger. Comparison results using a 0.13-um CMOS process technology indicate that the proposed charge pump achieves up to 49.1% reduction on power consumption under no loading current condition as compared to conventional charge pump. They also indicate that the charge pump provides 19.0% reduction on power consumption under the maximum loading current condition.

• Environmental and Resource Economics Review
• /
• v.18 no.4
• /
• pp.767-785
• /
• 2009

This paper studies the effect of industrial waste water effluent charge reform. The goal of the present effluent charge system is to use environmental resources in an efficient way by charging the cost for removing emitted water pollutants. However, the present system is a type of regulation instead of providing economic incentives to the industry. That is, if a firm emits pollutants greater than the limit, it has to pay an amount greater than the cost of cleaning them taking into account the amount of waste water discharged, region, the number of violation and the level of density of pollutants. However, the excessive fees have resulted in the lowest ratio of revenue-to-effluent charge among all environmental charges. The paper estimates the effect of the change in effluent fee and revenue when the present effluent charge system is converted to one that offers economic incentives. The results show that the amount of waste water effluent charge is about four times larger than the estimated environmental cleaning cost. In addition, the results show that by modifying the effluent charge system, the ratio of revenue to effluent charge can be raised.

• Proceedings of the KSME Conference
• /
• 2001.06d
• /
• pp.286-291
• /
• 2001

This paper describes an optimal scheduling for ice slurry systems for energy cost saving. The optimization technique applied in the study is the dynamic programming method, for which the state variable is the storage in the ice storage tank and the control variable is the state of chiller's on-off switching. Though the costs during charge period is included in optimization by taking the average cost of ice per hour for slurry making, the time horizon for the simulation is limited building cooling period because accurate charge rate from the ice maker into the ice storage tank cannot be estimated during the charge period. In the operating simulation after optimizing procedure, energy consumption and operating cost for the optimal control are calculated and compared with them for a conventional control with one case of cooling load profile.

• Bulletin of the Korean Chemical Society
• /
• v.31 no.9
• /
• pp.2553-2556
• /
• 2010

On the basis of a simple modified Poisson-Boltzmann (SMPB) theory, taking into account the finite ionic size, the analytic expression for the effect of ionic size on the diffuse layer potential drop at negative charge densities has been given for the simple 1:1 electrolyte. It is shown that the potential drop across the diffuse layer depends on the size of the ions in the electrolyte. For a given electrolyte concentration and electrode charge density, the diffuse layer potential drop in a small ion system is smaller than that in a large ion system. It is also displayed that the diffuse layer potential drop is always less than the value of the Gouy-Chapman (GC) theory, and the deviation increases as the electrode charge density increases for a given electrolyte concentration. These theoretical results are consistent with the results of the Monte-Carlo simulation [Fawcett and Smagala, Electrochimica Acta 53, 5136 (2008)], which indicates the importance of including steric effects in modeling diffuse layer properties.

• Proceedings of the IEEK Conference
• /
• 2006.06a
• /
• pp.661-662
• /
• 2006

This paper introduces a CMOS clock driver that shows a high efficiency of electric power (lower power consumption) with the supply of lower voltage(VDD), by taking advantage of charge recycling technology. Comparing with the existing structure, this driver showed the improved maximum efficiency of electric power; 72% and 68%, with the supplied voltage of 1.8v and 1.2v, respectively. Since the output waveform shows the tri-state operating region, utilization is expected in the digital integrated circuits.