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Effects of meteorological elements on admission rates of cerebral infarction patients with hypertensive nephropathy from nine hospitals in Changchun city, Jilin Province

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Chinese Medical Journal 2013年第10期126卷 1934-1938页

作者： YANG Bo-yu ZHANG Yue XU Chang-yan JIA Bo-ting WANG Chun-jie JIA Zhan-jun NI Hui WANG De-hui ZHANG Zhe ZHAO Gang YANG-Li-ming 30021 China 30021 China 30021 China Division of Nephrology and Hypertension Internal MedicineDepartment University of Utah UT 84132 USA Department of Probability and Statistics Mathematics School &Institute Jilin University Changchun Jilin 130012 China Department of Statistics School of Basic Science ChangchunIndustry University Changchun Jilin 130012 China Department of meteorological Service Strategies Jilin ProvincialMeteorological Observatory Changchun Jilin 130062 China

Background It is well recognized that meteorological factors have important influences on the onset and development of many kinds of diseases. The present study was undertaken to investigate the effects of the meteorological elements on admission rates of cerebral infarction patients with hypertensive nephropathy at Changchun city, Jilin Province, northeast China. Methods A total of 763 medical records of inpatients from nine hospitals at Changchun city, during a period from April 6 to April 17 in 2010, were reviewed. These patients were admitted to hospitals due to the occurrence of cerebral infarction. The hypertensive nephropathy was evidenced with certain diagnosis of essential hypertension and hypertension-related kidney injuries. The cerebral infarction was diagnosed according to the World Health Organization （Stroke） standard. All the meteorological data were from practical monitoring records in Jilin Province meteorological Observatory. The relationships between the epidemiological prevalence of cerebral infarction and meteorological variables were analyzed using the time series models of statistics. Results Compared with admission rates before the violent change in meteorological status （April 6 to April 17, 2010）, the number of admission patients suffering from cerebral infarction remarkably peaked on April 12. Such an increase was highly correlated with heavy precipitation, elevation of daily average relative humidity, and reduction of average daily air temperature. With the betterment of the meteorological conditions on April 17, the admission rates of cerebral infarction patients dropped to the same level as the dates before snowing （April 6 to April 11）. Conclusions The meteorological changes are highly associated with the occurrence of cerebral infarction in patients with hypertensive renal injury in northeast China. This study also suggested that an intensive medical interference for those patients with hypertension-induced organ injuries is very necessary in preventing the occurrence of cerebral

关键词： meteorological elements cerebral infarction time series model prevention

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Analysis of Near-Surface Layer meteorological elements for a Summer Fog in Ninglang Airport

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Atmospheric and Climate Sciences 2022年第2期12卷 270-282页

作者： Juzhang Ren Gang Zhao Jiakang Yang Yuancheng Zhou Yun Tao Yunnan Research Institute of Meteorology Kunming China Yunnan Provincial meteorological Service Center Kunming China Navigation Department of Lugu Lake Airport in Ninglang Yunnan Airport Group Co. Ltd. Kunming China

Based on hourly observation data from 2016 to 2019 and hourly automatic meteorological observation data from 2018 to 2019, we analyzed the annual, monthly and daily variation characteristics of fog days in Ninglang Airport, and diagnosed a case of summer fog. The results show that the average annual fog days in Ninglang Airport are 128 days and the annual characteristic of fog days is bimodal. Analyzed on fog cases in 2019, it was a summer fog process lasting more than 20 hours and visibility less than 500 m. The data from the automatic observational stations around Ninglang airport can describe the near-surface layer features of fog and illustrate the progress of fog. The meteorological elements of automatic observational stations changed suddenly 2 hours before fog, so the data of the automatic observational stations can be used to forscast fog.

关键词： Summer Fog Near-Surface Layer meteorological elements Ninglang Airport

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meteorological elements in the design technology of intelligent and energy-efficient buildings

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Ecological Economy 2020年第2期16卷 139-145页

作者： GE Dan Kistelegdi ISTVáN Shandong Normal University Jinan 250014CHINA The University of Pécs Pecs H-7624HUNGARY

The climate of a building consists of two parts,the external climate and the internal climate.The external climate elements,as factors influencing the construction of the building,include terrain and adjacent installation,radiation and wind conditions,the organization of space,the construction of the building structure,the choice of the mechanical system and the coordination of energy sources.Based on the external climate factors and the intelligent and energy-efficient design concept,the overall effect of this design technology is the interior building’s climate comfort.Therefore,it is necessary to analyze these meteorological elements when discussing intelligent and energy-efficient building design technologies.

关键词： meteorological elements solar radiation temperature humidity wind energy-efficient buildings

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MEDIUM-RANGE OSCILLATION OF meteorological elements AT GREAT WALL STATION,ANTARCTICA

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Chinese Journal of Polar Science 1990年第1期1卷 36-48页

作者： Lu Longhua Bian Lingen Zhang Yongping Polar meteorological Laboratory, Academy of meteorological Sciences, Beijing 100081

A method of multi-spectral analysis is used to study the spectral characteristics of surface and upper-level meteorological elements over the Great Wall Station (62°12'S, 58°57'W), Antarctica and their phasecorrelation, propagation of mean oscillation at 500hPa level in the Southern Hemisphere and their corresponding synoptic sense. the results are summed up as follows: 1. Over the sub-Antatctic zone, as in the Northern Hemisphere there generally exist quasi-weekly oscillation and quasi-biweekly oscillation. In different seasons the oscillations of meteorological elements are different: in winter season quasi-biweekly oscillation is dominant, while in summer season quasi-weekly oscillation is dominant. 2. From the Earth's surface to the lower stratosphere there is a distinct quasi-weekly oscillation at each isobaric surface, but the most intense oscillation appears at 200-300hPa, and the oscillations of height and temperature are propagated downward. 3. Both in winter and summer seasons the quasi-biweekly oscillation are propagated from west to east, and the mean velocity of its propagation is about 7-17 longtitude / day. 4. The quasi-biweekly oscillation and the quasi-weekly oscillation over the sub - Antarctic zone are closely related to the activity and intensity variation of polar vortex at 500hPa, while at 1000hPa they reflect an interaction between the circumpolar depression and the sub-tropical high. The quasi-biweekly oscillation may be a reflection of inherent oscillation of the polar vortex, where as the quasi-weekly oscillation is a result of forced oscillation by external disturbance.A large number of calculations and analysis made reveals the features of medium-range oscillation over the sub-Antarctic zone. The results are of significance for understanding the behaviour of synoptic dynamics and making the weather forecast.This work is supported by National Committee for Antarctic Research.

关键词： Antarctic Great Wall Station meteorological elements Multi-spectral analysis method Medium-range oscillation Polar vortex.

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Analysis of Essential meteorological elements Surrounding Typhoon Sinlaku by Unmanned Aerial Vehicle

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Atmospheric and Climate Sciences 2016年第1期6卷 29-34页

作者： Yang Li Shuqing Ma Zhaobin Sun meteorological Observation Centre CMA Beijing China

In this paper, a successful flight with an unmanned aerial vehicle (UAV) surrounded Typhoon Sinlaku on 15 Sept., 2008 and the preliminary analysis of all the collected data during the observation period has been presented. It is the first time to adopt surrounding method to observe typhoon in mainland of China. During the 3 h field campaign, the flight altitude is about 500 m to observe the essential meteorological elements in boundary layer of typhoon. The average temperature is 22.57°C and ranged from 21.50°C to 25.80°C, while about the relative humidity, the maximum is 100%, the minimum is 80.60% and the average is 97.98%. As for the wind, the average wind speed is 19.68 m/s and the maximum is 30.03 m/s. The typhoon center is a warm structure, the closer to the center, the higher the temperature is and the lower the wind speed is. In conclusion, the mini-UAV has the capability to observe the boundary layer of typhoon.

关键词： Unmanned Aerial Vehicle (UAV) Typhoon Observation meteorological elements

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Discussion on Relationship between meteorological elements and Animal Husbandry Production or Animal Disease Prevention and Control

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Animal Husbandry and Feed Science 2010年第8期2卷 42-46页

作者： CHEN Xiao-juan CAI Shou-xin Feixiang County meteorological Bureau of Hebei Province Handan 057550 China meteorological Bureau of Handan City Handan 056001 China

Based on knowledge of meteorology, pastoral meteorology and medical meteorology, the paper discusses relationship between various meteorological elements and animal husbandry production or animal disease prevention an... 详细信息

关键词： meteorological elements Animal husbandry Disease prevention and control

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Annual variations of black carbon over the Yangtze River Delta from 2015 to 2018

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Journal of Environmental Sciences 2020年第10期32卷 72-84页

作者： Yue Tan Honglei Wang Shuangshuang Shi Lijuan Shen Chen Zhang Bin Zhu Song Guo zhijun Wu Ziyi Song Yan Yin Ankang Liu Collaborative Innouation Center on Forecast and Evaluation of meteorological Disasters Key Laboratory for Aerosol-Cloud-Precipitation of China Meteorological AdmiristrationNanjing Uniuersity of information Science & TechnologyNanjing 210044China State Key Joint Laboratory of Enuironment Simulation and Pollution Control(Peking University)College of Enuironmental Sciences and Engineering Peking UniuersityBeijing 100871China State Key Laboratory of Atmospheric Boundary Layer Physics and Atmospheric Chemistry Institute of Atmospheric PhysicsChinese Academy of SciencesBeijing 100o29China

In this study,the black carbon (BC) measurements in the atmosphere of Nanjing,China were continuously conducted from 2015 to 2018 using a Model AE-33 aethalometer.By combining dataset of PM_(2.5),PM_(10),CO,NO_2,SO_2,O_3 and meteorological parameters,the temporal variations and the source apportionment of BC were given in this study.The results showed that the PM_(2.5) mass concentrations decreased in Nanjing,with an average annual rate of variation of 6.50μg/(m^3·year).Differently,the annual average concentrations of BC increased with an average annual variation rate of 214.71 ng/(m^3·year).The seasonal variations showed the pattern of BC mass concentrations in winter>autumn>spring>summer.The diurnal variations of BC mass concentrations showed a double-peak in all four seasons.The first peak occurred at approximately 7:00 in spring,summer and autumn and around 8:00 in winter.The second peak took place after 18:00.The average AAE (absorption ?ngstr?m exponent) was 1.26 with a maximum of 1.35 during wintertime and the lowest(1.12) during summertime.In addition,the AAE was smaller in the daytime than that at night,with a minimum occurring between 13:00 and 14:00.BC and visibility show a good power-function relationship at different humidity levels.The average values of the visibility thresholds of the BC mass concentrations in spring,summer,autumn and winter were 1.326,5.522,1.340 and 0.708μg/m^3,respectively.The greater the relative humidity,the smaller the visibility threshold for the BC mass concentrations was.

关键词： Black carbon(BC) Absorptionngstrm exponent(AAE) meteorological elements Temporal characteristics

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MICROSTRUCTURES AND TEMPORAL VARIATION CHARACTERISTICS DURING A SEA FOG EVENT ALONG THE WEST COAST OF THE TAIWAN STRAIT

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Journal of Tropical Meteorology 2017年第2期23卷 155-165页

作者：张悦樊曙先张舒婷魏锦成 Key Laboratory of meteorological Disaster Ministry of Education/Joint International Research Laboratory of Climate and Environment Change/Collaborative Innovation Center on Forecast and Evaluation of Meteorological DisastersNanjing University of Information Science and Technology Chongqing Institute of meteorological Sciences Key Laboratory for Aerosol-Cloud-Precipitation of China meteorological Administration Nanjing University of Information Science and Technology Key Laboratory for Aerosol-Cloud-Precipitation of China meteorological Administration Nanjing University of Information Science and Technology meteorological Bureau of Xiamen

Synoptic systems and microphysical properties associated with a sea fog event are analyzed based on the measurements of visibility, meteorological elements and fog droplet spectrum from a comprehensive field campaign in Xiamen, Fujian province during spring 2013. The influences of meteorological elements on the microstructures of the sea fog are also discussed. The results showed that the wind speed and direction changed suddenly during the intermittent and disperse phases of the sea fog. Liquid water content, number concentration and average diameter varied obviously in the development, mature and disperse phases of the sea fog. The burst re-enforcement of sea fog was accompanied by explosive broadening of fog droplet spectrum; average diameter, number concentration and liquid water content increased sharply; and background meteorological conditions also changed significantly. The microstructures fluctuated intensely due to changes in turbulence, radiation and meteorological conditions at different stages, including nucleation, condensation, coagulation, and evaporation, as well as the discontinuity of spatial distribution of droplets.

关键词： atmospheric physics sea fog meteorological elements microstructure temporal variation

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Weather Typing and Dissipation Forecast of Fog in Haizhou Bay

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meteorological and Environmental Research 2013年第7期4卷 21-25页

作者： Yunfeng Zhu Jie Liu Xiongfei Chen Xiaohong Xie Hongmei Yang Lianyungang meteorological Bureau in Jiangsu Province Pinghu meteorological Bureau in Zhejiang Province

[ Objective] The research aimed to study weather typing and dissipation forecast of the fog in Haizhou Bay. [ Method] Based on the me- teorological observation data of three representative stations in Lianyungang, we analyzed weather situation before fog occurrence as well as the meteorological elements of coastal fog in Haizhou Bay, and established dissipation rating forecast equation of the fog. [ Result] From the surface weather chart, the fog in Haizhou Bay was divided into four types： low-pressure inverted trough type, prefrontal warm-zone type, high-pressure rear type and high-pressure bottom type. FOg formation was closely related to stratification stability, temperature, relative humidity, wind direction and wind velocity. By using multiple linear regression method, dissipation rating prediction equation of the fog was established. Via test, prediction was correct basically, and it reached 77% that forecast rating error was below level 0.5.[Conclusion] The research could provide favorable reference for forecast and warninq of the fo_q in Haizhou Bay.

关键词： Fog Haizhou Bay Weather typing Dissipation forecast meteorological elements China

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