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上肢骨折患者健侧与患侧体温差异的临床观察 被引量:1
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作者 赛咏梅 赵锦秀 王洪仙 《齐鲁护理杂志(下半月刊)(外科护理)》 2008年第4期24-24,共1页
关键词 体温差异 骨折患者 临床观察 患侧 健侧 上肢 体温测量
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新生儿不同部位体温测量的比较 被引量:8
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作者 吕小玲 朱芳 许水莲 《现代中西医结合杂志》 CAS 2005年第10期1303-1303,共1页
目的 比较新生儿不同部位测量的体温差异。方法 对175例新生儿的颈温、腋温和肛温进行测量和对比。结果 颈温和腋温无显著性差异(P >0 .0 5 ) ,肛温高于颈温和腋温(P <0 .0 5 )。结论 测量颈温可以代替腋温,方便可行。
关键词 新生儿 体温 测量 比较 体温差异
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红外线温度仪和汞柱体温计测量体温差别的对比研究 被引量:7
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作者 初秋英 古娜依 +1 位作者 原新梅 梁喻 《中国医药指南》 2006年第9期69-70,共2页
目的为检验红外线温度仪测量体温准确性提供实验依据。方法随机抽查400例住院患者,探讨红外线快速测温仪测量体温的误差,进行自身对照试验研究采取腋下传统法测量体温,红外线法测量体温,每例患者均用两种方法测体温,获800次体温值。结... 目的为检验红外线温度仪测量体温准确性提供实验依据。方法随机抽查400例住院患者,探讨红外线快速测温仪测量体温的误差,进行自身对照试验研究采取腋下传统法测量体温,红外线法测量体温,每例患者均用两种方法测体温,获800次体温值。结果红外线温度仪测得的体温,低于汞柱式体温计测得体温的1.8℃±0.3℃。结论红外线温度仪测量体温的准确性差。 展开更多
关键词 红外线温度仪 汞柱体温 体温差异
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实验兔个体温差对药品热源检验的影响 被引量:1
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作者 周蓬蓬 任涛 +2 位作者 马自兰 何晓淮 姚红谊 《生物学杂志》 CAS CSCD 1999年第2期34-34,28,共2页
借助于微机热源测温仪,对具有不同体温的两组实验兔在注射相同药品后的热源升温进行了测试。通过比较,我们发现最佳的兔体温在38℃~39℃之间。
关键词 实验兔 体温差异 药物检验 热源检验
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非接触红外额温计在儿科病房的应用 被引量:4
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作者 金花成 杨维秀 +4 位作者 疏洋 文士香 刘丹 陈红梅 朱彩萍 《长江大学学报(自然科学版)》 CAS 2018年第20期81-83,共3页
目的:比较非接触式红外线额温计和水银温度计在儿科病房的临床测定差异,探讨红外线额温计在儿科病房的应用效果。对象:随机抽取2017年10月20日至12月20日在院的位患儿419,随机测量2161人次。方法:根据工作情况,随机抽取需要测量体温的患... 目的:比较非接触式红外线额温计和水银温度计在儿科病房的临床测定差异,探讨红外线额温计在儿科病房的应用效果。对象:随机抽取2017年10月20日至12月20日在院的位患儿419,随机测量2161人次。方法:根据工作情况,随机抽取需要测量体温的患儿,进行水银温度计监测同时行额温计监测,所测结果用统计学软件进行数据录入和统计分析,比较其测量结果的差异性。结果:监测2161人次中,水银温度计测量的平均体温为(36.689±0.477)℃,红外额温计测量的平均体温为(36.669±0.436)℃。对于发热患儿,水银温度计共检出145人次,测量的平均体温为(38.119±0.541)℃,红外额温计共检出92人次,测量的平均体温为(37.908±0.590)℃。配对t检验显示正常组均数差异无统计学意义(P>0.05)。结论:水银温度计测量腋温结果准确,不易漏诊。红外额温计测量测量时间短、携带方便,不需要接触皮肤,患儿配合,但容易出现漏诊。此研究显示:患儿体温正常时可选红外额温计监测体温,提高工作效率,发热或可能发热时选择水银温度计监测体温,可以提高检出率,避免漏诊。 展开更多
关键词 水银温度计 红外额温计 体温测量差异
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Individual Variations of Winter Surface Air Temperature over Northwest and Northeast China and Their Respective Preceding Factors 被引量:1
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作者 XIN Yu-Fei LIU Ge JIN Qi-Hua 《Atmospheric and Oceanic Science Letters》 CSCD 2014年第4期346-351,共6页
Based on monthly mean surface air temperature (SAT) from 71 stations in northern China and NCEP/ NCAR and NOAA-CIRES (Cooperative Institute for Research in Environmental Sciences) twentieth century reanalysis data... Based on monthly mean surface air temperature (SAT) from 71 stations in northern China and NCEP/ NCAR and NOAA-CIRES (Cooperative Institute for Research in Environmental Sciences) twentieth century reanalysis data, the dominant modes of winter SAT over northem China were explored. The results showed that there are two modes that account for a majority of the total variance over northern China. The first mode is unanimously colder (warmer) over the whole of northern China. The second mode is characterized by a dipole structure that is colder (warmer) over Northwest China (NWC) and warmer (colder) over Northeast China (NEC), accounting for a fairly large proportion of the total variance. The two components constituting the second mode, the individual variations of winter SAT over NWC and NEC and their respective preceding factors, were further investigated. It was found that the autumn SAT anomalies are closely linked to persistent snow cover anomalies over Eurasia, showing the delayed effects on winter climate over northern China. Specifically, the previous autumn SAT anomalies over the Lake Baikal (LB; 50-60°N, 85-120°E) and Mongolian Plateau (MP; 42-52°N, 80-120°E) regions play an important role in adjusting the variations of winter SAT over NWC and NEC, respectively. The previous autumn SAT anomaly over the MP region may exert an influence on the winter SAT over NEC through modulating the strength and location of the East Asian major trough. The previous autumn SAT over the LB region may modulate winter westerlies at the middle and high latitudes of Asia and accordingly affects the invasion of cold air and associated winter SAT over NWC. 展开更多
关键词 winter temperature Northwest China Northeast China climate forecast
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Greenhouse Gases Trapping
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作者 Terpugov Daniil Terpugov Grigory 《Journal of Chemistry and Chemical Engineering》 2013年第1期50-55,共6页
Climate change is the main problem of mankind, especially because of it's increasing speed and by specialists' forecast the situation will become worse. Climatic changes are correlated with the degradation of biosph... Climate change is the main problem of mankind, especially because of it's increasing speed and by specialists' forecast the situation will become worse. Climatic changes are correlated with the degradation of biosphere. It is a question of saving life on authors planet. The authors should begin taking strong measures, else Earth has a chance to repeat the destiny of Mars and Venus, as some scientists are afraid of. So reasoning like "When will it be and will it be at all" is for lazy, careless and selfish people. Now, because of the industrial emission of greenhouse gases, the temperature of the atmosphere is growing, the climate is changing: sudden temperature differences, snowfalls where it used to be impossible, thickness of arctic ice decrease is about 40% (a great ice-hole has been found on the north pole), repetition of droughts has increased in 8 times, power of hurricanes-2 times, increased power of floods. This is the result of lack of foresight, over-materialism and greediness, unwillingness to see the consequences because of the momentary advantages. How it is possible to trap CO2, SO2 and other gases? Commercially gas purification at thermoelectric power stations, ferrous and non-ferrous metallurgy plants, cement and chemical plants is being made with filters and cyclones that trap solid parts, and using different absorptive and adsorptive methods. Unfortunately at present there is no effective method of COE trapping. 展开更多
关键词 Climate change greenhouse gases carbon dioxide trapping direct osmosis.
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