• Koreanishche Zeitschrift fur Deutsche Sprachwissenschaft
• /
• v.10
• /
• pp.201-229
• /
• 2004

In der vorliegenden Albeit wird die funktionale $Dom\"{a}ne$ der Konkomitanz unter funktional-typologischen Gesichtpunkten untersucht. Dabei wird ein funktionales Rahmenwerk fur die Untersuchungen $\"{u}ber$ die verschiedenen komitativen und intrumentalen Relationen entwickelt. Es gibt eine Reihe von Partizipantenrelationen in der funktionalen $Dom\"{a}ne$ der Konkomitanz, $\n\"{a}mlich$ 'Partner', 'Companion', 'Vehicle', 'Tool', 'Material' und 'Manner'. Diese Partizipanten $k\"{o}nnen$ als Konkomitant bezichnet werden. Sie bilden ein Kontinuum $bez\"{u}glich$ der Empathiehierarchie sowie der Kontrollhierarchie. Konkomitanten $k\"{o}nnen$ bei ihrer syntaktischen Kodierung $gem\"{\a}{\ss}$ den spezifischen Typen der konkomitanten Relationen und ihren absoluten Eigenschaften variieren. Es werden sieben verschiedene Typen der Kodierungsstrategien vorgestellt, d.h. konkomitante $Pr\'{a}dikation$, adpositionale Markierung, Kasusmarkierung, Verbderivation, inkorporation, Konversion und lexikale Fusion. In einer gegebenen Sprache kann es $nat\"{u}rlich$ feinere Variation, die z.B. mit den Graden der Grammatikalisierung und Lexikakisierung dieser Kodierungsstrategien zu tun hat, geben. Die Distribution der strukturellen Apparaturen auf der funktionalen $Dom\"{a}ne$ der Konkomitanz ist innerhalb einer Sprache nicht einheitlich. Dies gilt auch $f\"{u}r$ den Sprachen (z.B. Deutsch und Englisch), die gewohnlich als ein typisches Beispiel fur den Synkretismus zwischen Komitativ und Instrumental angesehen werden. Die $Pr\"{a}position$ mit im Deutschen $dr\"{u}ckt$ nur eine Teilmenge der verschiedenen konkomitanten Relationen aus. Tlansportrnittei' und Material' werden also nicht durch die $Pr\"{a}position$ mit $ausgedr\"{u}ckt$. Beim Ausdruck der konkomitanten Relationen verwendet Deutsch konsistent die Strategie der adpositionalen Markierung. Andere $m\"{o}gliche$ Strategien $k\"{o}nnen$ als ein minimaler Sonderfall angesehen werden. Koreanisch $verf\"{u}gt$ hingegen auf zwei Ausdrucksstrategien, $n\"{a}mlich$ konkomitante $Pr\"{a}dikation$ und Kasusmarkieriing. Die Auswahl zwischen den beiden Strategien ist meistens von den Empathieeigenschaften der Konkomitanten $abh\"{a}ngig$. Auch innerhalb einer Ausdrucksstrategie spielt die Empathie der Konkomitanten eine wichtige Rolle bei der Auswahl der Strukturmittel. Einen Synkretismus weisen im Koreanischen 'Partner' & 'Companion' einerseits und 'Vehicle' & 'Tool' & 'Material' andererseits auf, Die Ersteren werden durch die auditive Kasusmarkierung und die Letzteren durch die instrumentale Kasusmarkierung ausgedruckt. Ein Synkretimus beim Ausdruck der verschiedenen konkomitanten Relationen ist in den Sprachen, die nur konkomitante $Pr\"{a}dikation$ aufweisen, nicht zu erwarten, denn ein konkomitantes $Pr\"{a}dikat$ gibt die Art der Beteiligung der Konkomitanten an der Situation lexikalisch mehr oder weniger explizit wieder

• Atmosphere
• /
• v.25 no.4
• /
• pp.693-706
• /
• 2015

A shift of first fowering date (FFD) of spring blossoms (cherry, peach and pear) over the northest Asia under global warming is investiaged using dynamically downscaled daily temperature data with 12.5 km resolution. For the study, we obatained gridded daily data with Historical (1981~2010), and Representative Concentration Pathway (RCP) (2021~2100) 4.5 and 8.5 scenarios which were produced by WRFv3.4 in conjunction with HadGEM2-AO. A change on FFDs in 21st century is estimated by applying daily outputs of WRFv3.4 to DTS phonological model. Prior to projection on future climate, the performances of both WRFv3.4 and DTS models are evaluated using spatial distribution of climatology and SCR diagram (Normalized standard deviation-Pattern correlation coefficient-Root mean square difference). According to the result, WRFv3.4 and DTS models well simulated a feature of the terrain following characteristics and a general pattern of observation with a marigin of $1.4^{\circ}C$ and 5~6 days. The analysis reveals a projected advance in FFDs of cherry, peach and pear over the northeast Asia by 2100 of 15.4 days (9.4 days). 16.9 days (10.4 days) and 15.2 days (9.5 days), respectively, compared to the Historical simulation due to a increasing early spring (Februrary to April) temperature of about $4.9^{\circ}C$ ($2.9^{\circ}C$) under the RCP 8.5 (RCP 4.5) scenarios. This indicates that the current flowering of the cherry, peach and pear over analysis area in middle or end of April is expected to start blooming in early or middle of April, at the end of this century. The present study shows the dynamically downscaled daily data with high-resolution is helpeful in offering various useful information to end-users as well as in understanding regional climate change.

• KSCE Journal of Civil and Environmental Engineering Research
• /
• v.35 no.3
• /
• pp.545-556
• /
• 2015

This study is to project the future snowfall and to assess heavy snowfall vulnerable area in South Korea using ground measured snowfall data and RCP climate change scenarios. To identify the present spatio-temporal heavy snowfall distribution pattern of South Korea, the 40 years (1971~2010) snowfall data from 92 weather stations were used. The heavy snowfall days above 20 cm and areas has increased especially since 2000. The future snowfall was projected by HadGEM3-RA RCP 4.5 and 8.5 scenarios using the bias-corrected temperature and snow-water equivalent precipitation of each weather station. The maximum snowfall in baseline period (1984~2013) was 122 cm and the future maximum snow depth was projected 186.1 cm, 172.5 mm and 172.5 cm in 2020s (2011~2040), 2050s (2041~2070) and 2080s (2071~2099) for RCP 4.5 scenario, and 254.4 cm, 161.6 cm and 194.8 cm for RCP 8.5 scenario respectively. To analyze the future heavy snowfall vulnerable area, the present snow load design criteria for greenhouse (cm), cattleshed ($kg/m^2$), and building structure ($kN/m^2$) of each administrative district was applied. The 3 facilities located in present heavy snowfall areas were about two times vulnerable in the future and the areas were also extended.

• The Korean Journal of Pharmacology
• /
• v.23 no.2
• /
• pp.133-141
• /
• 1987

The effects of verapamil and tetracaine on acetylcholine-and oxytocin-induced contraction of uterus from estrogen-treated rat were examined. Isometric tensions were recorded on the Physiograph and stored in TriGem 20XT computer as digitized data for off-line analysis of the components, which described the contraction patterns: trought tension (T), peak tension (P), contraction frequency (F), and duration (D). In the acetylcholine-induced contraction, verapamil $(0.25\;{\mu}M)$ significantly decreased P and D. In contrast, tetracaine $(42{\mu}M)$ decreased F, but increased D. In the low oxytocin-induced contraction, verapamil $(0.25\;{\mu}M)$ decreased P and D, and tetracaine $(42{\mu}M)$ decreased F but increased D. In the high oxytocin-induced contraction, verapamil decreased P and D, but tetracaine decreased P without affecting on other components. These results suggest that the analysis of effects of a certain inhibitor on the components of contraction allow to postulate its specific inhibitory mechanism of the smooth muscle contraction.

• Tunnel and Underground Space
• /
• v.22 no.6
• /
• pp.412-428
• /
• 2012

To achieve mine development, a large amount of data concerned with the geological structure and the ore body had to be investigated and collected through geological survey, drilling and geophysical explorations. In most previous cases, however, the data were usually analyzed two dimensionally and those results showed some limits because of their 2D presentation. Those 2D maps such as geological plane sections or longitudinal sections cause lots of difficulties in understanding the complex geological structure or the feature of ore body in a spatial way. In this study, research area was set on the abandoned Yangyang iron mine in Korea and the Sugaeng ore body within the mine was selected as the research target to design a mine haulage system for reopening. A 3D mine model of this area was tried to be constructed using a 3D modelling software, GEMS. An accurate 3D model including the ore body, the geological structure, the old underground mine drifts and the new mine drifts was constructed under the purpose of reopening of the abandoned iron mine. Especially, mine design for trackless haulage system was conducted. New inclines and drifts were planned and modelled 3 dimensionally considering the utilization of old drifts and shaft. In addition to the 3D modelling, geostatistical technique was adopted to generate a spatial distribution of the ore grade and the rock physical properties. 3D model would be able to contribute in solving problems such as evaluating ore reserves, planning the mine development and additional explorations and changing the development plans, etc.

• Journal of Korea Water Resources Association
• /
• v.49 no.8
• /
• pp.657-671
• /
• 2016

It is expected that water resources will be changed spatially and temporally due to the global climate change. The quantitative assessment of change in water availability and appropriate water resources management measures are needed for corresponding adaptation. However, there are large uncertainties in climate change impact assessment on water resources. For this reason, development of technology to evaluate the uncertainties quantitatively is required. The objectives of this study are to develop the climate change uncertainty assessment method and to apply it. The 5 RCMs (HadGEM3-RA, RegCM4, MM5, WRF, and RSM), 5 statistical post-processing methods (SPP) and 2 hydrological models (HYM) were applied for evaluation. The results of the uncertainty analysis showed that the RCM was the largest sources of uncertainty in Spring, Summer, Autumn (29.3~68.9%), the hydrological model was the largest source of uncertainty in Winter (46.5%). This method can be possible to analyze the changes in the total uncertainty according to the specific RCM, SPP, HYM model. And then it is expected to provide the method to reduce the total uncertainty.

• Korean Journal of Microbiology
• /
• v.40 no.3
• /
• pp.237-243
• /
• 2004

The aim of this study is to investigate the detection rate of putative periodontopathogens, Porphyromonas gingivalis, Tannerella forsythia, and Actiobacillus actinomycetemcomitans, related to cardiovascular diseases(CVD). Plaques were sampled from 15 subjects (4 sites of denture base and/or tooth) with sterilized explorers and were transported in IX PBS. The detection of periodontopathogens was performed by polymerase chain reaction with species-specific primers based on 16S rDNA. The PCR products were cloned into pGEM-T easy vector and its nucleotides were sequenced in order to confirm the specificity. Our data showed that the detection rate of P. gingivalis and T forsythia in denture base of edentulous patients was 25％ and 75％, respectively. And the detection rate of P. gingivalis and T.forsythia in denture base of patient having one more tooth was 91％. The results indicate that plaque of denture base may serve as reservoirs of oral bacteria related to CVD.

• The Research Journal of the Costume Culture
• /
• v.7 no.5
• /
• pp.33-45
• /
• 1999

Examine the dress which the Emperor actually wore in Gun-ryung 42nd year of Ching dynasty, comparison of 《Cheong-hoi-jeon-do》 with the Emperors year-round dress in Gun-ryung the 41st year was made and summarize the result as follows. It was used almost similar to the code of 《Cheong-hoi-jeon-do》. Though the materials and colors were more diverse than those of the previous year, it seems that actual use of material was plain under the influence of mourning. All the materials for summer hat were rattans. And velvet was the material for the patrol hat, but actually used before they change to summer material after fur use was over according to the season, which can be said as more reasonable use than the code. Materials of coat were more diverse than the precious year and also they put on ko-hemp cloth which was not found in the previous year. This can be understood that they expressed their guilt-consciousness to the dead as dress material by wearing ko-hemp cloth during the summer after periiod of mourning was over. And they put on the ko-hemp, the Emperors ordinary dress, much longer time than the previous year and this seems to be coherent to the meaning of wearing ko-hemp cloth. They followed the Emperor\`s Jo-bok1 one for the Kae-bok which were not systematized and Jae-dae used Jo-dae2 as the Emperor\`s Jae-bok in 42nd year. This was the same as the Jae-bok code of the previous year. Jo-ju did not follow the code of 《Cheong-hoi-jeon-do》, but made a wide variety. For the belt, the same as 41st year, it marked the gem decoration style on the Jae-bok belt as a square type and mourning dress by using the round type. The Emperors dress in 41nd year showed one side of the patrol clothes by the patrol of San-dong. On the contrary, it was also the chance to see one side of funeral garments in 42nd year. In Gun-ryung 42nd year, the Emperor put on the funeral garments for hundred days. Accordingly even in parts, we can see that the Emperor wore two kinds of dress for hundred days, that is, color dress and white dress and white dress. While on duty, in other words, everyday dress was only blue color and also the same color for the belt and shoes. But didn\`t put on Jo-ju. When they were in mourning, they wore white dress and belt as a funeral garments, which were called Hyo-bok, Hyo-bok.

• Journal of the Mineralogical Society of Korea
• /
• v.1 no.2
• /
• pp.83-93
• /
• 1988

Amethysts in Eonyang Granite of Woolju-Kun, Kyungnam Province are frequently parallelly grown on top of preexisting smoky quartz crystallized on milky and colorless quartz crystals, which, as a whole, resemble "mushroom" in outer appearance. Fluid inclusions in the amethysts may be grouped into (1) gaseous inclusions (G>L), (2) liquid inclusions (L>G), (3) $L_{CO_2}$-bearing inclusions (L+G+$L_{CO_2}$), (4) halite-bearing inclusions (L+G+halite), (5) multiphase inclusions (L+G+halite+sylvite${\pm}$opaque mineral). In addition, euhedral K-feldspars and acicular hematite crystals are included in colorless-milky quartz and deep purple-red quartz, respectively. Filling temperatures of each type of fluid inclusions were measured as follows: $320{\sim}560^{\circ}C$ for gaseous inclusions; $100{\sim}290^{\circ}C$ for liquid inclusions; $200{\sim}310^{\circ}C$ for $L_{CO_2}$-bearing inclusions; $300{\sim}430^{\circ}C$ for halite-bearing inclusions; and $370{\sim}430^{\circ}C$ for polyphase inclusions. The finished-gem amethysts from Eonyang may be distinguished from Brazilian amethysts by the difference in filling degree of gaseous inclusions by the presence of hematite aciculae, and of $L_{CO_2}$-bearing inclusions, and also by the absence of Zebra-striation structure. They may also be differentiated from synthetic amethysts by presence of straight color banding, solid inclusions, and $L_{CO_2}$-bearing inclusions which are not found in synthetic materials.

• Journal of The Korean Society of Agricultural Engineers
• /
• v.59 no.1
• /
• pp.45-55
• /
• 2017

Climate change causes changes in rainfall patterns, temperature and drought frequency. Climate change impact influences on water management and crop production. It is critical issue in agricultural industry. Rice is a staple cereal crop in South Korea and Korea uses a ponding system for its paddy fields which requires a significant amount of water. In addition, water supply has inter-relationship with crop production which indicates water productivity. Therefore, it is important to assess overall impacts of climate change on water resource and crop production. A water footprint concept is an indicator which shows relationship between water use and crop yield. In addition, it generally composed of three components depending on water resources: green, blue, grey water. This study analyzed the change trend of water footprint of paddy rice under the climate change. The downscaled climate data from HadGEM3-RA based on RCP 8.5 scenario was applied as future periods (2020s, 2050s, 2080s), and historical climate data was set to base line (1990s). Depending on agro-climatic zones, Suwon and Jeonju were selected for study area. A yield of paddy rice was simulated by using FAO-AquaCrop 5.0, which is a water-driven crop model. Model was calibrated by adjusting parameters and was validated by Mann-Whitney U test statistically. The means of water footprint were projected increase by 55 % (2020s), 51 % (2050s) and 48 % (2080s), respectively, from the baseline value of $767m^2/ton$ in Suwon. In case of Jeonju, total water footprint was projected to increase by 46 % (2020s), 45 % (2050s), 12 % (2080s), respectively, from the baseline value of $765m^2/ton$. The results are expected to be useful for paddy water management and operation of water supply system and apply in establishing long-term policies for agricultural water resources.