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180 YEARS OF ATMOSPHERIC CO_2 GAS ANALYSIS BY CHEMICAL METHODS

机译:180年化学方法分析大气CO_2气体

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More than 90,000 accurate chemical analyses of CO_2 in air since 1812 are summarised. The historic chemical data reveal that changes in CO_2 track changes in temperature, and therefore climate in contrast to the simple, monotonically increasing CO_2 trend depicted in the post-1990 literature on climate-change. Since 1812, the CO_2 concentration in northern hemispheric air has fluctuated exhibiting three high level maxima around 1825, 1857 and 1942 the latter showing more than 400 ppm. Between 1857 and 1958, the Pettenkofer process was the standard analytical method for determining atmospheric carbon dioxide levels, and usually achieved an accuracy better than 3%. These determinations were made by several scientists of Nobel Prize level distinction. Following Callendar (1938), modern climatologists have generally ignored the historic determinations of CO_2, despite the techniques being standard text book procedures in several different disciplines. Chemical methods were discredited as unreliable choosing only few which fit the assumption of a climate CO_2 connection.
机译:自1812年以来,已经进行了90,000多次准确的空气中CO_2的化学分析。历史化学数据表明,与1990年后气候变化文献中描述的简单,单调增加的CO_2趋势相反,CO_2的变化跟踪温度的变化,因此也跟踪气候的变化。自1812年以来,北半球空气中的CO_2浓度一直在波动,在1825年,1857年和1942年左右表现出三个高水平最大值,后者显示超过400 ppm。在1857年至1958年之间,Pettenkofer工艺是确定大气中二氧化碳水平的标准分析方法,通常可达到3%以上的精度。这些决定是由几位诺贝尔奖获得者的科学家做出的。继Callendar(1938)之后,现代气候学家普遍忽略了CO_2的历史确定性,尽管该技术是几种不同学科的标准教科书程序。化学方法被认为是不可靠的,只选择了几种符合气候CO_2连接假设的方法。

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