diff --git a/English Documents/temperature compensation calibrate.md b/English Documents/temperature compensation calibrate.md
index e1ff773..008cfa9 100644
--- a/English Documents/temperature compensation calibrate.md	
+++ b/English Documents/temperature compensation calibrate.md	
@@ -68,7 +68,7 @@ gcode:
 ```
 
 **Step 2:** Execute `DATA_SAMPLE BED_TMEP=<target bed temperature> NOZZLE_TEMP=<target nozzle temperature> MIN_TEMP=<minimum temperature of sampling range> MAX_TEMP=<maximum temperature of samping range>`  
-if you dont input any parameter,it will run with default parameters(BED_TMEP=90 NOZZLE_TEMP=250 MIN_TEMP=40 MAX_TEMP=70).  
+if you dont input any parameter,it will run with default parameters(BED_TEMP=90 NOZZLE_TEMP=250 MIN_TEMP=40 MAX_TEMP=70).  
 This will generate four files (data1, data2, data3, data4) in the klipper folder. This process takes a long time.  
 
 **Step 3:** Move the four generated files to the IDM folder in your user directory.
diff --git a/中文教程/温补参数测算教程.md b/中文教程/温补参数测算教程.md
index 45d0868..46495bd 100644
--- a/中文教程/温补参数测算教程.md
+++ b/中文教程/温补参数测算教程.md
@@ -65,7 +65,7 @@ gcode:
 ```
 
 使用`DATA_SAMPLE BED_TEMP=指定热床温度 NOZZLE=指定喷嘴温度 MIN_TEMP=采集温度范围最小值 MAX_TEMP=采集温度范围最大值`  
-(若不输入自定义参数，宏将按默认值运行(BED_TMEP=90 NOZZLE_TEMP=250 MIN_TEMP=40 MAX_TEMP=70))  
+(若不输入自定义参数，宏将按默认值运行(BED_TEMP=90 NOZZLE_TEMP=250 MIN_TEMP=40 MAX_TEMP=70))  
 即可开始采集数据，之后会在klipper文件夹中生成data1,data2,data3,data4 四个文件，耗时较长。  
 完成后将4个文件移动到用户目录下的IDM文件夹中。
 然后执行