温度、相对湿度对照表

温度与相对湿度换算1. 引言温度和相对湿度是气象学中两个重要的物理量，对于气象预报、农业、建筑等领域具有重要的意义。

而温度和相对湿度之间的换算关系则是相对比较复杂的，需要一定的数学和物理知识来进行计算。

本文将介绍温度和相对湿度的概念，并提供一些常用的换算公式和方法。

2. 温度的概念温度是物体内部分子和原子的热运动程度的度量。

常用的温度单位有摄氏度（℃）和华氏度（℉）。

温度的换算公式如下：- 摄氏度转华氏度：$T(℉) = \frac{9}{5} \times T(℃) + 32$- 华氏度转摄氏度：$T(℃) = \frac{5}{9} \times (T(℉) - 32)$3. 相对湿度的概念相对湿度是空气中所含水蒸气的实际含量与饱和水蒸气量之间的比值。

它描述了空气中水蒸气的饱和程度，常用百分数表示。

相对湿度的换算公式如下：- 绝对湿度转相对湿度：$RH(%) = \frac{V(actual)}{V(saturated)} \times 100$- 相对湿度转绝对湿度：$V(actual) = V(saturated) \times\frac{RH(%)}{100}$其中，$V(actual)$表示实际含水蒸气的体积，$V(saturated)$表示饱和水蒸气的体积。

4. 温度和相对湿度的换算在某些情况下，我们需要根据温度和相对湿度之间的换算关系来进行实际应用。

例如，我们需要将摄氏度转换为华氏度后，再根据饱和水蒸气表来计算相对湿度。

下面是一个具体的示例：假设某地温度为25℃，相对湿度为60%。

首先将温度从摄氏度转换为华氏度：$T(℉) = \frac{9}{5} \times 25 + 32 = 77℉$然后，在饱和水蒸气表中查找77℉对应的饱和水蒸气量为10克/立方米。

根据相对湿度的换算公式，计算出实际含水蒸气的体积：$V(actual) = 10 \times \frac{60}{100} = 6克/立方米$5. 结论本文介绍了温度和相对湿度的概念，并提供了常用的换算公式和方法。

相对湿度对照表本表格不太全，精度也有限，适合要求不高的场合。

如要求较高，另有以下选择：1。

根据干湿球温度的相对湿度计算程序（汇编）50元：环境条件：风速：0.4m/s 0.8m/s 2.5m/s三种可选大气压：110，100，90，80kPa四种可选干球温度范围：0~100摄氏度干湿球温度差：不限程序入口：干球温度（精确到0.1度）湿球温度（精确到0.1度）程序出口：相对湿度（精确到1%）2.相对湿度对照表（JPG文件）100kPa 0.8m/s 干球温度范围：15~100摄氏度 30元。

请联系wt9405@;--------------------------相对湿度表;干球温度 0 ~ 40 度，;每度16档温差:0.0, 0.5, 1.0, 1.5, 2.0, 2.5, 3.0,.....14.0, 14.5, 15.0;温差0.0档应为100，为了只用一字节十进制表示，100用99代SD_TAB:DB 99H,91H,83H,75H,67H,61H,54H,48H,42H,37H,31H,27H,22H,18H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_1:DB 99H,91H,83H,76H,69H,62H,50H,44H,39H,34H,30H,25H,21H,17H,14H,10H DB 07H,04H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_2:DB 99H,92H,84H,77H,70H,64H,58H,52H,47H,42H,37H,33H,28H,24H,21H,17H DB 14H,11H,08H,05H,02H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H,00H_3:DB 99H,92H,85H,78H,72H,65H,60H,54H,49H,44H,39H,35H,31H,27H,23H,20H DB 17H,14H,11H,08H,06H,03H,01H,00H,00H,00H,00H,00H,00H,00H,00H,00H_4:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_5:DB 99H,93H,86H,80H,74H,68H,63H,57H,53H,48H,44H,40H,36H,32H,29H,25H DB 22H,19H,17H,14H,12H,10H,07H,05H,03H,02H,00H,00H,00H,00H,00H,00H_6:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_7:DB 99H,93H,87H,81H,75H,69H,64H,59H,54H,50H,46H,42H,38H,34H,31H,28H DB 25H,22H,19H,17H,15H,12H,10H,08H,06H,05H,03H,01H,00H,00H,00H,00H_8:DB 99H,94H,88H,82H,76H,71H,66H,62H,57H,53H,49H,46H,42H,39H,35H,32H DB 29H,27H,24H,22H,19H,17H,15H,13H,11H,10H,08H,06H,05H,04H,02H,02H第 1 页相对湿度对照表_9:DB 99H,94H,88H,82H,77H,72H,68H,63H,59H,55H,51H,47H,44H,40H,37H,34H DB 32H,29H,26H,24H,22H,20H,18H,16H,14H,12H,10H,09H,07H,06H,05H,05H_10:DB 99H,94H,86H,83H,78H,73H,69H,64H,60H,56H,52H,49H,45H,42H,39H,36H DB 33H,31H,28H,26H,24H,22H,20H,18H,16H,14H,13H,11H,10H,08H,07H,07H_11:DB 99H,94H,89H,84H,79H,74H,69H,65H,61H,57H,54H,50H,47H,44H,41H,38H DB 35H,33H,30H,28H,26H,24H,22H,20H,18H,16H,15H,13H,12H,10H,09H,09H_12:DB 99H,94H,89H,84H,79H,75H,70H,66H,62H,59H,55H,52H,48H,45H,42H,40H DB 37H,35H,32H,30H,28H,26H,24H,22H,20H,18H,17H,15H,14H,12H,11H,11H_13:DB 99H,95H,90H,85H,80H,76H,71H,67H,63H,60H,56H,53H,50H,47H,44H,41H DB 39H,36H,34H,32H,29H,27H,25H,24H,22H,20H,19H,17H,16H,14H,13H,13H_14:DB 99H,95H,90H,85H,81H,76H,72H,68H,64H,61H,57H,54H,51H,48H,45H,43H DB 40H,38H,35H,33H,31H,29H,27H,25H,24H,22H,20H,19H,17H,16H,15H,15H_15:DB 99H,95H,90H,85H,81H,77H,73H,69H,65H,62H,59H,55H,52H,50H,47H,44H DB 42H,39H,37H,35H,33H,31H,29H,27H,25H,24H,22H,21H,19H,18H,16H,16H_16:DB 99H,95H,90H,86H,82H,78H,74H,70H,66H,63H,60H,57H,54H,51H,48H,45H DB 43H,41H,38H,36H,34H,32H,30H,29H,27H,25H,24H,22H,21H,19H,18H,18H_17:DB 99H,95H,91H,86H,82H,78H,74H,71H,67H,64H,61H,58H,55H,52H,49H,47H DB 44H,42H,40H,38H,36H,34H,32H,30H,28H,27H,25H,24H,22H,21H,20H,20H _18:DB 99H,95H,91H,87H,83H,79H,75H,71H,68H,65H,62H,59H,56H,53H,50H,48H DB 45H,43H,41H,39H,37H,35H,33H,31H,30H,28H,27H,25H,24H,22H,21H,21H _19:DB 99H,95H,91H,87H,83H,79H,76H,72H,69H,65H,62H,59H,57H,54H,51H,49H DB 47H,44H,42H,40H,38H,36H,34H,33H,31H,29H,28H,26H,25H,24H,22H,22H _20:DB 99H,96H,91H,87H,83H,80H,76H,73H,69H,66H,63H,60H,58H,55H,52H,50H DB 48H,45H,43H,41H,39H,37H,36H,33H,32H,31H,29H,28H,26H,25H,24H,24H _21:DB 99H,96H,92H,88H,84H,80H,77H,73H,70H,67H,64H,61H,58H,56H,53H,51H DB 49H,46H,44H,42H,40H,39H,37H,35H,33H,32H,30H,29H,28H,26H,25H,25H _22:DB 99H,96H,92H,88H,84H,81H,77H,74H,71H,68H,65H,62H,59H,57H,54H,52H DB 50H,47H,45H,43H,41H,40H,38H,36H,35H,33H,31H,30H,29H,27H,26H,26H _23:DB 99H,96H,92H,88H,84H,81H,78H,74H,71H,68H,65H,63H,60H,58H,55H,53H DB 51H,48H,46H,44H,42H,41H,39H,37H,36H,34H,33H,31H,30H,28H,27H,27H _24:DB 99H,96H,92H,88H,85H,81H,78H,75H,72H,69H,66H,63H,61H,58H,56H,54H DB 51H,49H,47H,45H,43H,42H,40H,38H,37H,35H,34H,32H,31H,30H,28H,28H _25:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,69H,67H,64H,62H,59H,57H,54H DB 52H,50H,48H,46H,44H,43H,41H,38H,39H,36H,35H,33H,32H,31H,29H,29H _26:DB 99H,96H,92H,89H,85H,82H,79H,76H,73H,70H,67H,65H,62H,60H,57H,55H DB 53H,51H,49H,47H,45H,44H,42H,40H,39H,37H,36H,34H,33H,32H,30H,30H _27:DB 99H,96H,93H,89H,86H,82H,79H,76H,73H,71H,68H,65H,63H,60H,58H,56H DB 54H,52H,50H,48H,46H,44H,43H,41H,39H,38H,37H,35H,34H,32H,31H,31H _28:DB 99H,96H,93H,89H,86H,83H,80H,77H,74H,71H,68H,66H,63H,61H,59H,57H DB 55H,53H,51H,49H,47H,45H,43H,42H,40H,39H,37H,36H,35H,33H,32H,32H第 2 页相对湿度对照表_29:DB 99H,96H,93H,89H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,57H DB 55H,53H,51H,49H,48H,46H,44H,43H,41H,40H,38H,34H,35H,34H,33H,33H_30:DB 99H,96H,93H,90H,86H,83H,80H,77H,75H,72H,69H,67H,65H,62H,60H,58H DB 56H,54H,52H,50H,48H,47H,45H,43H,42H,40H,39H,38H,36H,35H,34H,34H_31:DB 99H,96H,93H,90H,87H,84H,81H,78H,75H,73H,70H,68H,65H,63H,61H,59H DB 57H,55H,53H,51H,49H,47H,46H,44H,43H,41H,40H,38H,37H,36H,35H,35H _32:DB 99H,97H,93H,90H,87H,84H,81H,78H,76H,73H,71H,68H,66H,63H,61H,59H DB 57H,55H,53H,52H,50H,48H,46H,45H,43H,42H,41H,39H,38H,37H,36H,36H_33:DB 99H,97H,93H,90H,87H,84H,81H,79H,76H,73H,71H,68H,66H,64H,62H,60H DB 58H,56H,54H,52H,50H,49H,47H,46H,44H,43H,42H,40H,39H,38H,37H,37H _34:DB 99H,97H,93H,90H,87H,84H,82H,79H,76H,74H,72H,69H,67H,64H,62H,60H DB 58H,56H,55H,53H,51H,49H,47H,46H,45H,44H,43H,41H,40H,39H,37H,37H_35:DB 99H,97H,94H,90H,87H,85H,82H,79H,77H,74H,72H,69H,67H,65H,63H,61H DB 59H,57H,55H,53H,52H,50H,48H,47H,46H,45H,43H,41H,40H,39H,38H,38H _36:DB 99H,97H,94H,91H,88H,85H,82H,79H,77H,74H,72H,70H,68H,65H,63H,61H DB 59H,58H,56H,54H,53H,50H,49H,48H,46H,45H,44H,42H,41H,40H,38H,38H_37:DB 99H,97H,94H,91H,88H,85H,82H,80H,77H,75H,72H,70H,68H,66H,64H,62H DB 60H,58H,56H,55H,53H,51H,50H,49H,47H,46H,44H,42H,41H,40H,39H,39H _38:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,68H,66H,64H,62H DB 60H,59H,57H,55H,54H,51H,50H,49H,47H,46H,45H,43H,42H,41H,39H,39H_39:DB 99H,97H,94H,91H,88H,85H,83H,80H,78H,75H,73H,71H,69H,67H,65H,63H DB 61H,59H,57H,56H,54H,52H,51H,50H,49H,47H,45H,43H,42H,41H,40H,40H _40:DB 99H,97H,94H,91H,88H,86H,83H,81H,78H,76H,73H,71H,69H,67H,65H,64H DB 61H,60H,58H,56H,54H,52H,51H,50H,48H,47H,46H,44H,43H,42H,41H,41H第 3 页。

温度与湿度对照表温度与湿度对照表★在户外：一，0~20℃，湿度约为25~75%；二，20~30℃，湿度约为30~70%；三，30~50℃，湿度约为30~60%；四，50~60℃，湿度约为50~80%；五，60~70℃，湿度约为50~90%；六，70~100℃，湿度约为50~100%；★在室内：一，0~20℃，湿度约为35~75%；二，20~25℃，湿度约为30~70%；三，25~30℃，湿度约为25~65%；四，30~35℃，湿度约为20~55%；五，35~40℃，湿度约为15~45%；六，40~45℃，湿度约为10~35%；七，45~50℃，湿度约为5~25%；八，50~60℃，湿度约为5~15%；九，60℃以上，湿度约为0~10%。

温度与湿度对照表是用来衡量温度和湿度的关系的一种重要的表格。

它可以帮助我们判断在不同温度和湿度环境下空气的含水量多少，从而了解人们的活动时的舒适程度。

根据这张表格，我们可以发现，在室外地区，0℃到20℃，湿度约为25%～75%，20℃到30℃，湿度约为30%～70%，30℃到50℃，湿度约为30%～60%，50℃到60℃，湿度约为50%～80%，60℃到70℃，湿度约为50%～90%，70℃到100℃，湿度约为50%～100%。

而在室内，0℃到20℃，湿度约为35%～75%，20℃到25℃，湿度约为30%～70%，25℃到30℃，湿度约为25%～65%，30℃到35℃，湿度约为20%～55%，35℃到40℃，湿度约为15%～45%，40℃到45℃，湿度约为10%～35%，45℃到50℃，湿度约为5%～25%，50℃到60℃，湿度约为5%～15%，60℃以上，湿度约为0%～10%。

另外，我们也可以根据温度与湿度对照表，简单了解大自然中的气候条件，根据物理原理和空间位置，推测温度、湿度等的变化趋势，有助于我们合理预测气候天气。

温湿度气象条件对照表气象条件对于人类的生活和工作环境至关重要。

其中，温度和湿度是两个最基本的气象要素。

本文档将提供一个温湿度气象条件对照表，以帮助人们更好地了解不同温湿度条件对人体和环境的影响。

温度温度是指空气中的热量程度，通常以摄氏度（℃）或华氏度（℉）为单位。

下面是一些常见的温度以及它们可能产生的影响：- 低于-20℃：极低温度，可能导致严重的冻伤和低体温症。

- -20℃到0℃：严寒，可能导致冻伤和低体温症。

- 0℃到10℃：寒冷，可能引起感冒和呼吸道感染。

- 10℃到20℃：凉爽，适宜人体活动。

- 20℃到30℃：温暖，舒适的温度范围。

- 30℃以上：高温，可能导致中暑和脱水。

湿度湿度是指空气中水蒸气的含量。

它通常以相对湿度（RH）的百分比表示。

下面是一些常见的湿度范围以及它们可能产生的影响：- 低于30% RH：干燥，可能导致皮肤干燥和呼吸不畅。

- 30% RH到60% RH：适宜的湿度范围，有益于人体和环境。

- 60% RH到90% RH：潮湿，可能引起不适和霉菌滋生。

- 高于90% RH：极度潮湿，容易导致霉菌滋生和爆发性增长。

温湿度的相互作用温度和湿度之间存在相互作用，它们共同决定了人体和环境的舒适度。

下面是一些常见的温湿度组合以及它们的影响：- 低温和低湿度：极寒和干燥，可能导致皮肤干燥和呼吸不畅。

- 低温和高湿度：寒冷和潮湿，可能引起不适和发霉。

- 高温和低湿度：炎热和干燥，可能导致脱水和皮肤干燥。

- 高温和高湿度：闷热和潮湿，容易导致中暑和霉菌滋生。

了解温湿度对人体和环境的影响十分重要。

通过这份温湿度气象条件对照表，您可以更好地判断当前的气象条件是否适宜，并采取相应的措施来保护自己的身体健康和环境的安全。

青岛市温度和相对湿度对照表青岛市温度和相对湿度对照表天气预报：2022年3月1日-3月7日日期温度（摄氏度）相对湿度（%）-------------------------------------------------------3月1日 11-16 60-803月2日 12-15 50-703月3日 10-14 70-903月4日 9-13 60-803月5日 8-12 70-903月6日 7-11 60-803月7日 9-14 50-70-------------------------------------------------------3月1日：在青岛，温度逐渐回暖。

白天最高温度可能达到16摄氏度，夜间最低温度为11摄氏度。

湿度在60%至80%之间，相对湿润舒适。

3月2日：温度保持在较为温暖的范围，最高温度为15摄氏度，最低温度为12摄氏度。

湿度在50%至70%之间，空气稍干燥。

3月3日：天气稍凉，最高温度为14摄氏度，最低温度为10摄氏度。

湿度在70%至90%之间，空气湿润。

3月4日：气温下降，最高温度为13摄氏度，最低温度为9摄氏度。

湿度在60%至80%之间，相对湿润。

3月5日：气温继续下降，最高温度为12摄氏度，最低温度为8摄氏度。

湿度在70%至90%之间，相对湿润舒适。

3月6日：天气转凉，最高温度为11摄氏度，最低温度为7摄氏度。

湿度在60%至80%之间，空气稍干燥。

3月7日：气温有所回升，最高温度为14摄氏度，最低温度为9摄氏度。

湿度在50%至70%之间，相对干燥。

注：以上数据仅供参考，具体天气情况以实际为准。

青岛市温度和相对湿度对照表为大家提供了一周的天气和湿度情况。

通过这个对照表，大家可以提前了解青岛市的天气变化，以便合理安排出行和生活。