*1化学分析Chemical analysis:
0:熔炼分析Ladle analysis,
1:成品分析Product analysis.
*2试样位置Sample location:T:头HEAD,B:尾TAIL;
1:钢板角部a conner of the plate,
2:钢板板宽1/4位置1/4 width from the Longitudinal edge of the plate,
3:钢板板宽1/2位置1/2 width from the Longitudinal edge of the plate,
4:钢板距离板边200mm 200mm from the Longitudinal edge of the plate,
5:钢板板宽3/4位置3/4 width from the Longitudinal edge of the plate,
7:钢板板宽1/3位置1/3 width from the Longitudinal edge of the plate.
p:正火+回火+最大模拟焊后Normalized+Tempered+Max simulative PWHT,
q:正火+回火+最小模拟焊后Normalized+Tempered+Min simulative PWHT,
[:正火+最大模拟焊后Normalized+Max simulative PWHT,]:正火+最小模拟焊后Normalized+Min simulative PWHT,
e:热成型+正火+最小模焊Thermoforming+Normalized+Min simulative PWHT,
g:回火+模拟焊后 Tempered+Simulative PWHT,i:正火+正火+模拟焊后Normalized+Normalized+Simulative PWHT,
s:热成型+正火Thermoforming+Normalized,$:淬火+回火Quenched+Tempered.
*4试验方向Test piece orientation:L:纵向Longitudinal,C:横向Transverse,Z:Z 向Through-thickness.
*5屈服类型Yield strength type:2:Rp0.2,3:ReL,4:ReH,5:Rt0.5,6:Re.
*6厚内位置Position of specimen:
0:原厚Original thickness,
1:面下1mm Below the surface,
2:面下2mm Below the surface,
5:面下1.6mm Below the surface,
6:1/4 of the thickness,
7:1/2 of the thickness,
8:1/3 of the thickness,
9:留一个轧制面,减薄至12mm Reserve a rolling surface,thinning to 12mm,
a:表面下0.5mm以下below 0.5mm from surface
b:距表面2mm以内,中心线和板厚的1/4重合0~2mm from surface,superposition of centerline and 1/4 thickness position,
A:上表面三点The upper surface 3 points,
B:上下表面各三点 The upper surface 3 points and lower surface 3 points,
C:1/2 of the thickness,
D:留一轧制面Reserve a rolling surface,
E:面下1.5mm below the surface,
F:面下12.5mm below the surface,
G:上下表面及四个断面各三点The upper surface,lower surface and four sections are 3 points each,
H:试样上下表面，两侧边缘上、中、下各三点 the upper and lower surfaces of the sample,and the upper,middle and bottom of the two sides of the sample test 3 points each,
I:两侧边缘上、中、下各三点The upper,middle and bottom of the two sides of the sample test 3 points each,
J:上下表面、板厚1 / 4、1 / 2、3 / 4各一点The upper surface,lower surface and thickness of
1 / 4,1 / 2,3 / 4 each of 1 point,
K:上表面一点The upper surface 1 point,
L:下表面一点The lower surface 1 point,
M:上下表面各一点The upper surface, lower surface each 1 point,
N:上下表面头、中、尾各三点The upper surface,the lower surface of the head, the middle, the end three points,
P:上1/4The upper 1/4 of thickness,
Q:下1/4The lower 1/4 of thickness,V:试样上、下表面及四个端面各打三点The upper surface, the lower surface and the four end faces of the sample are three points,
X:厚度1/2处1/2 of thickness,Y:钢板表面头、中、尾Head, middle and tail of steel platseu rface.
*7硬度测量位置Hardness test location:
0:上表面+下表面The upper and lower surfaces,
1:上表面The upper surface,
2:侧面Side,
3:1/4厚度1/4thickness position,
4:1/2厚度1/2thickness position,
5:3/4厚度3/4 thickness position,
6:四个侧面4 sides,
7:下表面The lower surface,
8:1/3厚度1/3thickness position,
9:全厚The entire thickness,
A:上表右侧上On the head end of right side,the upper surface,
B:上表右侧中On the middle position of right side,the upper surface,
C:上表右侧下On the tail end of right side,the upper surface,
D:上表左侧上On the head end of leG side,the upper surface,
E:上表左侧中On the middle position of leG side,the upper surface,
F:上表左侧下On the tail end of leG side,the upper surface,
G:下表右侧上On the head end of right side,the lower surface,
H:下表右侧中On the middle position of right side,the lower surface,
I:下表右侧下On the tail end of right side,the lower surface,
J:下表左侧上On the head end of leG side,the lower surface,
K:下表左侧中On the middle position of leG side,the lower surface,
L:下表左侧下On the tail end of leG side,the lower surface,
M:全厚度三点Three points of the entire thickness,
N:沿钢板长度方向二侧边缘的头部中部底部的上下表面各打3点Three points respectively at upper surface and lower surface of head end,middle position,tail end on both sides along plate length ,
O:沿试样两侧边缘上中下各测3点Three points each at top, middle and bottom positions along both sides of specimen,
P:表面下2mm below the surface,
Q:试样上下表面各打3点3points at upper surface and 3 points lower surface of the sample,
R:试样上下表面及四个厚度端面The upper surface,lower surface and four sides,
S:沿钢板两侧边缘上中下各测3点Three points each at top, middle and bottom position along both sides of steel plate,
T:1/2和1/4厚度1/2 and 1/4 thickness position,
U:表面下1.6mm below the surface,
V:表面5点5 points surface,
W:沿试样长度方向二侧边缘的头,中,底部的上,下表面各打3点
Three points respectively at upper surface and lower surface of head end, middle position,tail end on both sides along specimen length ,
X:距离边缘一个厚度位置,钢板4角上,下表面各3点Three poinsts respectively at upper surface and lower surface of four corners with a distance to the edge equal to nominal thickness,
@:上下表面（每个面含靠近钢板四个角部各1处,钢板中间1处,每处3点)Thirty readings shall be taken in total. 3 each from the 4 corner and middle osfueach rface.
*3试样状态Condition of test piece:
0:交货状态Delivery status,
1:最大模拟焊后Max simulative PWHT,
2:最小模拟焊后Min simulative PWHT,
3:调质Quenching tempered,
4,:模拟焊后Simulative PWHT,
5:热成型Thermoforming,
6:正火Normalized,
7:回火Tempered,
8:淬火Quenching,
9:正火+回火Normalized+Tempered,
D:热成型+模拟焊后Thermoforming+Simulative PWHT,
E:热成型+最大模拟焊后Thermoforming+Max simulative PWHT,
F:热成型+最小模拟焊后Thermoforming+Min simulative PWHT,
H:正火+回火+模拟焊后Normalized+Tempered+Simulative PWHT,
I:热成型+正火+回火Thermoforming+Normalized+Tempered,
P:正 火+模拟焊后Normalized+Simulative PWHT,
S:热成型+正火+回火+模拟焊后Thermoforming+Normalized+Tempered+Simulative PWHT,
V:热成型+正火+模拟焊后Thermoforming+Normalized+Simulative PWHT,
X:热 成型+正火+回火+最大模拟焊后Thermoforming+Normalized+Tempered+Max simulative PWHT,
Y:热成型+正火+回火+最小模拟焊后Thermoforming+Normalized+Tempered+Min simulative PWHT,
d:热成型+正火+最大模焊Thermoforming+Normalized+Max simulative PWHT,
!:交货态+(正火+最大模拟焊后)Delivery status+（Normalized+Max simulative PWHT）,
#:交货态+(正火+最小模拟焊后)+(正火+最大模拟焊后) Delivery status+（Normalized+Min simulative PWHT）+（Normalized+Max simulative PWHT）,
&:(最大模拟焊后+步冷脆化SC)（Max simulative PWHT +Step Cooling）,(:(热成型+热成型+正火)
（Thermoforming+Thermoforming+Normalized）,):(热成型+热成型+正火+最大模拟焊后)（Thermoforming+Thermoforming+Normalized+Max simulative PWHT）,
*:最大模拟焊后+（最大模拟焊后+步冷脆化SC）Max simulative PWHT+（Max simulative PWHT +Step Cooling）,+:（淬火+回火+模拟焊后）（Quenched+Tempered+Simulative PWHT）,-:(热成型+正火+回火+最大模拟焊后+步冷)
（Thermoforming+Normalized+Tempered+Max simulative PWHT +Step Cooling）,
/:（热成型+淬火+回火）（Thermoforming+Quenched+Tempered）,
::（热成型+淬火+回火+最小模拟焊后）（Thermoforming+Quenched+Tempered+Min simulative PWHT）,;
:（热成型+淬火+回火+最大模拟焊后）（Thermoforming+Quenched+Tempered+Masximu lative PWHT）,
<:回火+最大模拟焊后Tempered+Max simulative PWHT,=:(热成型+热成型+正火+最小模拟焊后)（Thermoforming+Thermoforming+Normalized+Min simulative PWHT）,>
:回火+最小模拟焊后Tempered+Min simulative PWHT,@:(热成型+正火+回火+最大模拟焊后)+（热成型+正火+回火+最大模拟焊后+步冷）（Thermoforming+Normalized+Tempered+Max simulative PWHT）+（Thermoforming+Normalized+Tempered+Max simulative PWHT +Step Cooling）,
A:交货态+模拟焊后Delivery status+Simulative PWHT,
B:交货态+最大模拟焊后+最小模拟焊后Delivery status+Masxim ulative PWHT+Min simulative PWHT,
C:SR1+SR2Max simulative PWHT+Min simulative PWHT,
G:最小模拟焊后+(最小模拟焊后+步冷)Min simulative PWHT+（Min simulative PWHT+Step Cooling）,
J:交货态+（热成型+模拟焊后）Delivery status+（Thermoforming+Simulative PWHT）,K:交货态+（热成型+最大模拟焊后）+（热成型+最小模拟焊后）Delivery status+（Thermoforming+Max simulative PWHT）+
（Thermoforming+Min simulative PWHT）,L:(最小模拟焊后+步冷）（Min simulative PWHT +Step Cooling）
,M:交货态+调质Delivery status+Quenching tempered,N:交货态+热成型Delivery status+Thermoforming,
O:模拟焊后+（模拟焊后+步冷）Simulative PWHT+（Simulative PWHT+Step Cooling）,
Q:交货态+（正火＋模拟焊后）Delivery status+（Normalized+Simulative PWHT）,R:交货态+
（正火+回火）Delivery status+（Normalized+Tempered）,
T:交货态+（热成型+正火+回火+模拟焊后）Delivery status+（Thermoforming+Normalized+Tempered+Simulative PWHT）,U:(热成型+正火+最大模焊)+(热成型+正火+最小模焊)（Thermoforming+Normalized+Max simulative PWHT）+（Thermoforming+Normalized+Min simulative PWHT）,
Comments W:交货态+（热成型+正火+模拟焊后）Delivery status+（Thermoforming+Normalized+Simulative PWHT）,
Z:交货态+(正火+回火+最大模拟焊后)+(正火+回火+最小模拟焊后)Delivery status+
（Normalized+Tempered+Max simulative PWHT）+（Normalized+Tempered+Min simulative PWHT）,:
交货态+（热成型+淬火+回火+模拟焊后）Delivery status+
（Thermoforming+Quenched+Tempered+Simulative PWHT）
,a:交货态+最大模拟焊后(SR1)Delivery status+Max simulative PWHT,
b:交货态+最小模拟焊后(SR2)Delivery status+Min simulative PWHT,
c:(热成型+正火+回火)+(热成型+正火+回火+最大模拟焊后)（Thermoforming+Normalized+Tempered）+（Thermoforming+Normalized+Tempered+Max simulative PWHT）
f:(热成型+正火+回火)+(热成型+正火+回火
+SR1)+( 热 成 型 + 正 火 + 回 火 +SR2)（Thermoforming+Normalized+Tempered）+（Thermoforming+Normalized+Tempered+Max simulative PWHT）+（Thermoforming+Normalized+Tempered+Min simulative PWHT）,
h:交货态+（回火+模拟焊后）Delivery status+(Tempered+Simulative PWHT),
j:交货态+（正火+正火+模拟焊后）Delivery status+(Normalized+Normalized+Simulative PWHT),
k:交货态+（正火+回火+ 模拟焊后）Delivery status+(Normalized+Tempered+Simulative PWHT),
l:（模拟焊后+步冷）（Simulative PWHT+Step Cooling）,m:交货态+（热成型+正火+回火+最小模拟焊后）Delivery status+
（Thermoforming+Normalized+Tempered+Min simulative PWHT）,
n:交货态+（热成型+正火+回火+最大模拟焊后）Delivery status+（Thermoforming+Normalized+Tempered+Max simulative PWHT）,
o:交货态+（热成型+正火+回火+最小模拟焊后）+（热成型+正火+回火+最大模拟焊后）Delivery status+（Thermoforming+Normalized+Tempered+Min simulative PWHT）+
（Thermoforming+Normalized+Tempered+Max simulative PWHT）,
r:交货态+(热成型+正火)Delivery status+（Thermoforming+Normalized）
,t:交货态+(热成型+正火+最小模焊)Delivery status+
（Thermoforming+Normalized+Min simulative PWHT）
,s:（热成型+正火）（Thermoforming+Normalized）,
u:(热成型+正火+回火)+(热成型+正火+回火+最小模拟焊后)（Thermoforming+Normalized+Tempered）+（Thermoforming+Normalized+Tempered+Min simulative PWHT）,v:(热成型+正火+回火+最小模拟焊后)+(热成型+正火+回火+最小模拟焊后+步冷)（Thermoforming+Normalized+Tempered+Min simulative PWHT）+（Thermoforming+Normalized+Tempered+Min simulative PWHT+Step Cooling）,
w:(热成型+ 正火+回火+最小模拟焊后+步冷)（Thermoforming+Normalized+Tempered+Min simulative PWHT+Step Cooling）,
x:(热成型+正火+回火)+(热成型+正火+回火+模拟焊后)
（Thermoforming+Normalized+Tempered）+（Thermoforming+Normalized+Tempered+Simulative PWHT）,
y:交货态+(热成型+正火+回火)Delivery status+（Thermoforming+Normalized+Tempered）,
z:(热成型+ 正火+回火+最大模拟焊后)+(热成型+正火+回火+最小模拟焊后)（Thermoforming+Normalized+Tempered+Max simulative PWHT）+（Thermoforming+Normalized+Tempered+Min simulative PWHT）,{:(正火+ 最大模拟焊后)+(正火+最小模拟焊后)（Normalized+Max simulative PWHT）+（Normalized+Min simulative PWHT）,}:
交货态+(正火+最小模拟焊后)Delivery status+（Normalized+Min simulative PWHT）,~:
（热成型+淬火+回火+模拟焊后）（Thermoforming+Quenched+Tempered+Simulative PWHT）,￥:交货态+（淬火+回火+模拟焊后）Delivery status+（Quenched+Tempered+Simulative PWHT）,^
交货态+ (热成型+正火+最大模焊)+(热成型+正火+最小模焊)Delivery status+（Thermoforming+Normalized+Max simulative PWHT）+（Thermoforming+Normalized+Min simulative PWHT）