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  • Takao Yoshikane, Fujio Kimura, Hiroaki Kawase, Toru Nozawa
    SOLA
    2012年 8 巻 133-136
    発行日: 2012年
    公開日: 2012/11/17
    ジャーナル フリー
    電子付録
    The performance of the pseudo-global-warming downscaling (PGWDS) method is tested by comparison with the assumed true climate (ATC), which is a downscaling using a general circulation model (GCM) output data directly. The PGWDS is a simple way to downscale for a future climate using current weather data of a GCM added by the long-term mean difference between the present and the future climate projected by a GCM. The verification focuses on the East Asia during the rainy season of June. A significant change in the 30-year averaged monthly precipitation is found around the rain band in the future in both downscaling methods. Between the experiments of the PGWDS and the ATC, no significant differences in temperature and precipitation can be seen except for limited small areas. The findings indicate that the PGWDS has a highly potential to the reliable downscaling of the future climate. In smaller downscaling domains, however, the differences in precipitation increase remarkably near the upstream side of the lateral boundaries. The choice of the downscaling area is a critical issue for accuracy.
  • 箕輪 昌幸, 角 紳一, 南 正安, 堀井 憲爾
    電気学会論文誌B(電力・エネルギー部門誌)
    2009年 129 巻 5 号 689-695
    発行日: 2009/05/01
    公開日: 2009/05/01
    ジャーナル フリー
    This paper describes the results of the experiments of wind turbine blades with rocket triggered lightning. A number of wind power stations have been projected and planted. Lightning damage to wind turbines has been an increasing problem recently. So development on protection of wind power plants from lightning is necessary to be fully
    run
    for the
    future
    .
    In the experiments, the 1.8m long blade was struck by the lightning discharge triggered by rocket. For the blade kept dry inside, the very strong discharge of positive peak current 28kV, total charge 520 Coulombs, was triggered, but the breakdown did not occur through the blade into inside. Another blade polluted by salty wet inside was struck by the lightning discharge of negative peak current of 4kA with 0.5 Coulombs. The lightning was small, nevertheless, the blade was broken at the upper edge and the blade was disconnected by crack. For the protection of blade, the blade surface was covered with stainless steel plate. The blade itself was safe when the big positive lightning discharged, while most part of stainless steel cover was burned out. Supplement breakdown tests of wind turbine blade were carried out with lightning impulse voltage in laboratory.
    As a result, it became clear that the blade kept dry inside was an effective lightning protection of wind turbine blades.
  • *岡田 賢二, 高田 昌之
    精密工学会学術講演会講演論文集
    2005年 2005S 巻 D78
    発行日: 2005/03/10
    公開日: 2005/10/06
    会議録・要旨集 フリー
    本研究では、AGVの走行経路の決定に関する一つの手法を提案している。AGVが多数存在する場合では、AGV同士の衝突やデッドロックを予防するための経路探索が重要である。この目的のため、走行経路を決定する際に未来時刻に対する走行区間の予約という考えを導入した。問題解決を実現するシミュレーションシステムを構成し計算機上でシステムの実験と評価を行った。
  • Dias Mahmudah, Hirokazu TANAKA
    情報経営
    2021年 81 巻
    発行日: 2021年
    公開日: 2021/11/10
    会議録・要旨集 フリー
  • Kazuyo Murazaki, Hidetaka Sasaki, Hiroyuki Tsujino, Izuru Takayabu, Yasuo Sato, Hiroshi Ishizaki, Kazuo Kurihara
    SOLA
    2005年 1 巻 101-104
    発行日: 2005年
    公開日: 2005/09/14
    ジャーナル フリー
    電子付録
    We developed a high-resolution, Coupled Atmosphere-Ocean Regional Climate Model to project climate change over Japan with more sophisticated atmosphere-ocean interaction. The model represented sea surface temperature (SST) distribution well. An SST bias over the Japan Sea was improved by 10 to 20% compared to a non-coupled ocean model driven by atmospheric forcing in a GCM. These results indicate that realistic, high-resolution atmospheric conditions positively impact on the reproduction and projection of oceanic conditions.
    SST in the future projection simulation was 1 to 6°C warmer than in the present climate run. A particularly remarkable warming signal was projected to the sea east of Hokkaido in both summer and winter. The model also simulated cooling SST off Sanriku (143E/39N) in winter, which has never obtained by non-coupled ocean model. These projected SST results are likely to be related to future changes in surface wind.
  • Masato SUGI, Hiroyuki MURAKAMI, Jun YOSHIMURA
    気象集誌. 第2輯
    2012年 90A 巻 397-408
    発行日: 2012年
    公開日: 2012/06/15
    ジャーナル フリー
    In order to explore the hypothesized mechanisms for the reduction of global tropical cyclone (TC) frequency due to greenhouse warming, an experiment has been conducted using a most recent version of MRI-AGCM with a new convection scheme. In addition to a present climate run (HPA
    run
    ) and a
    future
    climate run (HFA run), two more runs are conducted. In CO2F
    run
    ,
    future
    values of CO2 and other greenhouse gas (GHG) concentrations are used with present value of sea surface temperature (SST), while in the SSTF
    run
    ,
    future
    value of SST is used with present values of CO2 and other GHG concentrations. The reductions of global TC frequency in HFA run, CO2F run and SSTF run from HPA run are 25%, 9% and 18%, respectively. These results are basically consistent with previous studies.
    Based on the results of the experiment, we examined three key relations in our hypothesized mechanism for the reduction of TC frequency. First, the relation between changes in atmospheric radiative cooling and precipitation is confirmed to be valid in the experiment, in which not only CO2 but other GHG is increased. It is also confirmed that the effect of increasing CO2 is decreasing precipitation, while the effect of increasing other GHG is increasing precipitation. Second, the relation between changes in precipitation and upward mass flux is clarified by using a simple approximate thermodynamic equation. Third, regarding the relation between changes in upward mass flux and TC genesis frequency, we examined the changes in four parameters (precipitation, upward mass flux, vertical wind shear and mid-troposphere saturation deficit) which are closely related to deep convective activities in the tropics and may affect TC genesis frequency. The results of our experiment support the idea suggested by the previous studies that the reduction of TC frequency is closely related to a reduction of upward mass flux, although the chain of causality linking the two remains unclear. In addition, our experiment suggests a possibility that the changes in mid-troposphere saturation deficit may also contribute to the changes in TC genesis frequency.
  • Masato Sugi, Hiroyuki Murakami, Jun Yoshimura
    SOLA
    2009年 5 巻 164-167
    発行日: 2009年
    公開日: 2009/11/05
    ジャーナル フリー
    電子付録
    In this report, we present the results from our recent experiments using 20 km-mesh and 60 km-mesh atmospheric general circulation models with prescribed sea surface temperatures (SST). The results of the experiments consistently show a reduction in the global tropical cyclone frequency due to global warming. By the experiments with the models of different resolution and with different SST changes, we find that the reduction in the global tropical cyclone frequency due to global warming is a very robust feature. In contrast, the regional tropical cyclone frequency change varies a lot among the experiments with different SST change distribution. We find that the regional tropical cyclone frequency change is sensitive to relative SST change distribution. This suggests that the regional change is strongly affected by the change in tropical circulation and convective activity which is dominated by relative SST distribution patterns, and therefore, for a reliable projection of the regional change, a reliable projection of the pattern of SST change is vitally important.
  • Wan-Ru HUANG, Po-Han HUANG, Ya-Hui CHANG, Chao-Tzuen CHENG, Huang-Hsiung HSU, Chia-Ying TU, Akio KITOH
    気象集誌. 第2輯
    2019年 97 巻 2 号 481-499
    発行日: 2019年
    公開日: 2019/04/03
    [早期公開] 公開日: 2019/01/10
    ジャーナル フリー
    電子付録

     By using the Weather Research and Forecasting (denoted as WRF) model driven by two super-high-resolution global models, High Resolution Atmospheric Model (denoted as HiRAM) and Meteorological Research Institute Atmospheric General Circulation Model (denoted as MRI), this study investigates the dynamical downscaling simulation and projection of extreme precipitation activities (including intensity and frequency) in Taiwan during the Mei-Yu seasons (May and June). The analyses focus on two time period simulations: the present-day (1979-2003, historical

    run
    ) and the
    future
    (2075-2099, RCP8.5 scenario). For the present-day simulation, our results show that the bias of HiRAM and MRI in simulating the extreme precipitation activities over Taiwan can be reduced after dynamical downscaling by using the WRF model. For the future projections, both the dynamical downscaling models (i.e., HiRAM-WRF and MRI-WRF) project that extreme precipitation will become more frequent and more intense over western Taiwan but less frequent and less intense over eastern Taiwan. The east-west contrast in the projected changes in extreme precipitation in Taiwan are found to be a local response to the enhancement of southwesterly monsoonal flow over the coastal regions of South China, which leads to an increase in water vapor convergence over the windward side (i.e., western Taiwan) and a decrease in water vapor convergence over the leeward side (i.e., eastern Taiwan). Further examinations of the significance of the projected changes in extreme precipitation that affect the agriculture regions of Taiwan show that the southwestern agriculture regions will be affected by extreme precipitation events more frequently and more intensely than the other subregions. This finding highlights the importance of examining regional differences in the projected changes in extreme precipitation over the complex terrain of East Asia.

  • 冷戦後世界とアメリカ外交
    西田 竜也
    国際政治
    2007年 2007 巻 150 号 35-51,L8
    発行日: 2007/11/28
    公開日: 2010/09/01
    ジャーナル フリー
    This paper aims to explore how states' balancing behaviors have changed in the transition from the bipolarity during the Cold War period to the unipolarity in the post-Cold War period. Whether or not unipolarity is sustainable is still controversial. Structural realism argues that unipolarty is not sustainable, because unipolarity is an imbalanced international system where the superpower monopolizes most of economic and military capabilities and other major powers are likely to balance against the superpower to restore the balance-of-power within the system. However, the unipolarity in the post-Cold War period has not only continued for more than fifteen years but also intensified the concentration of economic and military strength on the United States (U. S.). Also, other major powers have neither built up military strength nor formed an alliance against the U. S. yet. Why have not non major powers attempted to balance against the U. S. and restore the balance of power? Could unipolarity be a sustainable international structure? This paper explores conditions under which the U. S. is likely to sustain the unipolar system without much resistance from other major powers and conditions under which states are likely to balance against the U. S. Basically, the paper argues that whether or not a unipolar system can be sustainable depends on behaviors of the superpower. Although many claim that U. S. should restrain its aggressive foreign policy, this paper asserts that the strategic restraint is necessary but not sufficient for maintaining the unipolarity. The U. S. should continue to provide international public goods to the international society, because the provision of public goods gives incentives for other states to support the U. S. -led unipolar system and makes the unipolarity durable. Then, the paper further attempts to compare predictions and implications of this main proposition with those of the balance-of-power theory and the balance-of-threat theory and illuminate their differences. Examining trends of economic and military capabilities among major powers, threat perceptions toward the U. S., and behaviors of major powers in international organizations and regimes in the post-Cold War period, this paper concludes that the current Bush administration's foreign policy is worrisome but not so threatening to other states to such an extent that they attempt to balance against the U. S. Finally, the paper suggests that it is critical to further assess and determine whether the Bush administration's behavior shows the aberration of U. S. international cooperation policy during the former Bush and Clinton administrations, or the starting trend of the U. S. unilateral foreign policy in the long
    run
    for the
    future
    .
  • Shinnosuke TAMA, Victor L. CARPENTER
    農業経営研究
    2003年 41 巻 1 号 84-89
    発行日: 2003年
    公開日: 2012/10/29
    ジャーナル フリー
  • 板垣 啓四郎
    国際開発研究
    2006年 15 巻 2 号 3-21
    発行日: 2006/11/15
    公開日: 2020/01/29
    ジャーナル フリー

    This paper is summarized as follows. (1) Though population with malnutrition has decreased in the world lately, absolute malnutrition in Sub Sahara Africa has rather increased. In the region food and nutrition is likely to be shortage, a state of starvation is easily emerging, due to natural disaster and one caused by human being. (2) Scale of food demand is determined by increase of population and income per capita in the long

    run
    . In the
    future
    , it should be supposed that demand for such higher added products as animal products, horticultural crops and vegetable oils will increase. (3) Scale of food production is determined mainly by farmland and production per hectare. In the future, food production will be brought with increase of production per hectare. Coping with the change of food demand structure, production of animal products, horticultural crops and oilseeds will increase. Basically speaking, it should be noted that production of cereals is needed to increase consistently. (4) In the perspective of expansion of food trade globally in the future, food import will more increase in the developing countries and developing countries will get into net importer of food. In terms of imported food contents, import of oilseed, wheat, rice and coarse grains will increase significantly. (5) It is estimated that demand and supply of world food for next decade will show trend of slightly oversupply. However, in the developing countries shortage of cereals will make seriously due to increased number of livestock and consequently the rate of cereal self sufficiency will make lower. In particular, Sub Sahara Africa will face to serious food shortage with a view of difficulty of food import due to the constraint of foreign currency. (6) As desirable ways of international cooperation for agriculture towards the future, focusing on improvement of agricultural productivity for small farmer, four points as follows should be taken into consideration; ① strengthening linkage among research/development, extension and farmer, ② improving productive infrastructure on agriculture consistently, ③ building up institution and policies for small farmers and strengthening the farmer's group, ④ planning and implementing proper policies for agricultural and rural development.

    In conclusion, in the future it is estimated that demand and supply of world food will get to slightly oversupply and international price of food will make lower substantially. In the developing countries, food will be likely to get into shortage generally and food shortage will be filled up with import and aid. In order to increase food production, important points should be put on development and extension of agricultural technology, improvement on agricultural infrastructure and institution and capacity building of human resources, focusing on small farmers as principal food producer. Finally, it is considered that capacity enhancement of small farmer in the developing countries is key point on increase and stabilization of world food, poverty reduction and environmental conservation.

  • 三好 寿
    日本海洋学会誌
    1987年 43 巻 3 号 159-161,163
    発行日: 1987年
    公開日: 2011/06/17
    ジャーナル フリー
    1896年の三陸津波が, (旧) 綾里村で到達した遡上高は21.9mと考えられていたが, 筆者等の研究 (1983) により, 38.2m (松尾, 1933) が公認されるに至った.
    筆者らは1980年, 田野畑村羅賀を選び, ハンド・レベルにより, 伊木レポートの, 決定的な波高過小評価を指摘した. これは情況証拠にとどまったが, 1986年に直接, (旧) 綾里村大久保の峠で, ハンド・レベルによる測量を行ない, 津波波高は少なくとも36mという確信を得た. 津波対策は大幅な改訂を迫られるのであるが, その一環として, 大型V字湾の綾里湾と, 南隣りの小型 (V+U) 字湾の組合せの考察は不可欠となる.(V+U) 字湾が最悪の形状であることを, 最近その数字が整備された津波による各小地域の生存率をもとに指摘した.
  • Masashi Harada, Shunya Wakamatsu, Shoji Hirahara, Hirokazu Murai, Yoshinori Oikawa, Shuhei Maeda
    SOLA
    2014年 10 巻 180-184
    発行日: 2014年
    公開日: 2014/11/18
    ジャーナル フリー
    電子付録
    Future changes in winter stationary waves are investigated using Coupled Model Intercomparison Project Phase 5 (CMIP5) models and a linear baroclinic model (LBM). The CMIP5 models showed a wave-like pattern of stationary waves from East Asia to the North Pacific and a weakening of horizontal divergence over the Maritime Continent. To investigate dynamical relationships among these changes, we performed LBM experiments using the zonal mean basic state and zonally asymmetric thermal forcing. The differences between the future and present experiments were similar to the changes projected by the CMIP5 models, although positions and amplitudes differed slightly. In addition, two of the LBM experiments showed that the change in the basic state explained most of the changes in the stationary wave, whereas the change in thermal forcing accounted for the eastward shift of the stationary wave. The storm track experiments conducted with the LBM to investigate the role of transient eddy feedback on stationary wave changes suggested that the feedback shifts the thermally forced stationary waves northeastward. This shift may explain the difference between the LBM experiments and the CMIP5 future projection.
  • Nosiphiwe P. Ngqwala, C. Sunitha Srinivas, Roman Tandlich, Desmond M. Pyle, Rene Oosthuizen
    Journal of Disaster Research
    2017年 12 巻 6 号 1192-1202
    発行日: 2017/12/01
    公開日: 2018/11/01
    ジャーナル オープンアクセス

    South Africa is a country that is prone to droughts, earthquakes and other disasters. In this environment, non-governmental stakeholders often provide a substantial part of the relief in affected areas. Non-governmental stakeholders have the experience needed to address the various disaster management challenges currently facing South Africa. This is especially true in the context of local disasters. Therefore an attempt is made in this report to investigate the relevant legal framework, which allows for the formalization of the involvement of non-governmental stakeholders in official disaster management activities in South Africa. Parts of the basic disaster management legislation, i.e. the Disaster Management Act no. 57/2002, contain definitions and requirements for the establishment of the relevant multi-stakeholder crisis management platforms, i.e. the “disaster management advisory forums.” This legislation is analysed in relation to the Hyogo Framework for Action and the Sendai Framework for Disaster Risk Reduction. Disaster management systems from two cities in the Western Cape Province of South Africa, i.e. Knysna and Cape Town, were identified as models for the potential practical execution of these multi-stakeholder platforms at the local government level. Importance of additional aspects of the legal framework, e.g. the role of traditional leaders, are also outlined.

  • Fatin Aminah HASSAN, Nobuaki MINATO
    International Journal of Japan Association for Management Systems
    2018年 10 巻 1 号 95-104
    発行日: 2018/12/25
    公開日: 2018/12/25
    ジャーナル フリー

    The present study attempts to examine the impact of smartphone-based healthcare technology (SHT) adoption in public healthcare services. System dynamics is used to understand the substantial impact of SHT adoption among patients and doctors would improve the discharge rate and patient’s medical costs. The results show that the changes in the proportion of SHT adoption among patients seem to be significant to the perceived medical expenses and the patient discharge rate from public hospitals. This is due to the fact that the increase in the proportion of patient using SHT would reduce the proportion of basic medical expenses incurred by patients and increase inpatient discharge rate as well. On the other hand, the proportion of both medical doctors and patients adoption of SHT for medical consultation is found to be vital to improve the number of patients being discharged from hospital wards. This impact is implicitly shown from the model through the effectiveness of health consultation using common available social networking apps. In conclusion, the findings of this work are hoped to provide an apprehension to the hospital management’s decision makers and doctors that smartphone devices are considered vital to improve healthcare delivery in Malaysian government hospital and to reduce the burden of medical costs.

  • Rashid Ismael Hag Ibrahim, Jun-Ichi Azuma, Masahiro Sakamoto
    Genes & Genetic Systems
    2006年 81 巻 5 号 311-321
    発行日: 2006年
    公開日: 2006/12/08
    ジャーナル フリー HTML
    Recently, the complete chloroplast genome sequences of many important crop plants were determined, and this can be considered a major step forward toward exploiting the usefulness of chloroplast genetic engineering technology. Economically, cotton is one of the most important crop plants for many countries. To further our understanding of this important crop, we determined the complete nucleotide sequence of the chloroplast genome from cotton (Gossypium barbadense L.). The chloroplast genome of cotton is 160,317 base pairs (bp) in length, and is composed of a large single copy (LSC) of 88,841 bp, a small single copy (SSC) of 20,294 bp, and two identical inverted repeat (IR) regions of 25,591 bp each. The genome contains 114 unique genes, of which 17 genes are duplicated in the IRs. In addition, many open reading frames (ORFs) and hypothetical chloroplast reading frames (ycfs) with unknown functions were deduced. Compared to the chloroplast genomes from 8 other dicot plants, the cotton chloroplast genome showed a high degree of similarity of the overall structure, gene organization, and gene content. Furthermore, the sequences of the genes showed high degrees of identity at the DNA and amino acid levels. The cotton chloroplast genome was somewhat longer than the chloroplast genomes of most of the other dicot plants compared here. However, this elongation of the cotton chloroplast genome was found to be due mainly to expansions of the intergenic regions and introns (non-coding DNA). Moreover, these expansions occurred predominantly in the LSC and SSC regions.
  • Feibai Zhu, Mohamed AbuAli, Jay Lee, Preston Johnson, Michiharu Kubo
    評価・診断に関するシンポジウム講演論文集
    2011年 2011.10 巻 213
    発行日: 2011/12/13
    公開日: 2017/06/19
    会議録・要旨集 フリー
    This paper presents an NI LabVIEW-based Watchdog Agent[○!R] Toolkit developed by the NSF Center for Intelligent Maintenance Systems (www.imscenter.net) at the University of Cincinnati. It is a systematic reconfigurable platform that accelerates the Prognostics and Health Management (PHM) process through simplification of PHM design, modeling, and evaluation. A practical and systematic framework for PHM applications is introduced with comprehensive detail. National Instruments (NI) hardware and LabVIEW software toolkit are used to develop a reconfigurable prognostic platform for rapid deployment and realization of a predictive system. The LabVIEW-based toolkit consists of several key PHM algorithms for health assessment, diagnosis, and prediction. Specifically, the integrated toolkit includes most frequently-used algorithms such as Logistic Regression, Self-Organizing Map, Neural Network, Support Vector Machine and others, To facilitate the use of the toolkit, some integrated (express VI) functions and graphical user interface were also developed to accelerate the process of signal processing, sensor fusion, health diagnosis and prognosis with minimum analyst manipulation and less external knowledge input. The prognostic platform can be easily configured and integrated into the enterprise asset management system to deliver information for maintaining optimal performance of the system.
  • Douglas M. MATSON, Xiao XIAO, Justin RODRIGUEZ, Rainer K. WUNDERLICH
    International Journal of Microgravity Science and Application
    2016年 33 巻 2 号 330206-
    発行日: 2016/04/30
    公開日: 2020/05/14
    ジャーナル オープンアクセス
    Calibration and check-out runs during FeCrNi steel alloy melting cycles on the International Space Station are compared to previous test results from experimental platforms both in microgravity and on ground. Four key thermophysical properties are investigated: density, thermal expansion, surface tension and viscosity. Analysis shows that the three facilities yield results with comparable accuracy but the space results indicate that planned changes to on-orbit processing protocol are required to maximize the potential for significantly improved precision.
  • Yasuo SATO, Seiji YUKIMOTO, Hiroyuki TSUJINO, Hiroshi ISHIZAKI, Akira NODA
    気象集誌. 第2輯
    2006年 84 巻 2 号 295-309
    発行日: 2006年
    公開日: 2006/05/19
    ジャーナル フリー
    Time-slice experiments are performed using a high-resolution North Pacific ocean general circulation model (NPOGCM) resolving the strong currents near Japan, such as the Kuroshio and the Oyashio, to investigate the effect of global warming on the North Pacific ocean circulation. The NPOGCM is forced by heat, momentum, and fresh-water fluxes obtained from a global warming projection using a global climate model (MRI-CGCM2.2).
    The annual mean sea-level pressure trend exhibits an annular pattern similar to the positive phase of the Arctic Oscillation in a global warming projection by MRI-CGCM2.2 based on the Intergovernmental Panel on Climate Change (IPCC) SRES A2 emission scenario. Associated with this trend, the anticyclonic atmospheric circulation is intensified over the mid-latitude North-Pacific, leading to a northward shift of the oceanic subtropical wind-driven gyre boundary, where extensions of the Kuroshio exist in MRI-CGCM2.2.
    Under these forcing changes, NPOGCM projects that in the future climate warm core eddies are more frequently pinched off from the Kuroshio off the eastern coast of Japan, leading to an annual mean SST rise over 5 K at its maximum, compared with the present climate. The projected annual mean sea-level rise ranges from 12 to 18 cm along the coasts of Japan, and about 40 cm over the ocean east of Japan.
  • DORJI Pema
    地域学研究
    2022年 52 巻 2 号 271-292
    発行日: 2022年
    公開日: 2023/03/10
    ジャーナル 認証あり

       The Bhutanese government initiated the central school program as per the Bhutan Education Blueprint 2014-2024 to increase human capital accumulation, which subsidized education expenditures and was gradually extended over the years and currently covers about 28% of total students in Bhutan. Given the fiscal constraints, we use the two-period OLG model with endogenous growth fueled by human capital to calibrate a model using Bhutan’s existing central school policies and simulate the coverage to all students, and evaluate the effects on the economic growth rate. We found that the economic growth rate was initially higher by 2.285 percent on average when the increase in education subsidies is financed through debt. However, after the fourth period, the economic growth rate was higher by an average of 0.331 percent when the increased subsidy was financed through tax during the transition and at the steady growth path. Additionally, in light of the declining population growth rate in Bhutan, we simulated the effect of the decrease in population growth rate on the economy. We concluded that to finance the extension of central school program in the short-run, debt financing is preferable, however, in the long-run tax financing is preferable from the viewpoint of economic growth.

    JEL Classifications:C68, E62, F35, H24, H62

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