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冷脆性 cold brittleness9 b# x' }. S$ d: `0 O
冷迭(铸疵) clod lap
9 F0 O: `8 [& I/ x( w' n6 W冷冻厂机件 refrigerating plant parts/ w4 Y8 W. j1 V& p8 n: `' d: G. R
冷风高炉生铁 cold blast pig iron
- t$ E& ~: ]) l9 u" S冷风生铸 cold pig% L/ F2 t) J# U6 ?( x! P
冷激硬化法 chill hardening
( o$ a# P1 k% x: u( A3 R. ?冷加工,冷作 cold work. } M9 H. X+ v8 r
冷加工,冷作 cold working& I4 J: _6 Z0 d) ]
冷界,流界(铸疵) cold shut; \, b2 U% ]+ o9 V$ E1 p
冷料 clod metal& U* m( m" a; j, J9 t
冷裂(铸疵) cold crack
# u; [3 T! O9 |冷裂,缩裂(铸疵) cooling crack; q6 `9 |, z, T6 l/ B7 ]
冷凝热硬油 air setting heat curing oil5 V' B7 Z7 A# u7 _
冷却率 cooling rate
2 n( L8 g" k0 |& g冷却器 cooler: t3 O% E, t. H3 h
冷却曲线 cooling curve
5 P$ W8 Y2 a% k' Z4 {* q冷却速率 cooling speed; a( |# o4 o9 L
冷却应力 cooling stress
, ~ C. z, V% P% t+ I+ `# G! ]5 V- D' k冷却用废金属 scrap for cooling
3 Q X1 R/ \( T2 ?. u冷却用料 chill scrap
4 f3 W0 C( `( @4 I$ i2 c' s$ \冷砂工场 sand cooling plant9 A7 i: n- f$ J4 l
冷室压铸机 cold chamber die casting machine( r {! g3 M4 x( U; {
冷室压铸机 cold chamber machine! E/ r/ A! w1 p @
冷铁 chiller ~( v9 v. C* B
冷铁 chilling block% Q' E8 c* G% L
冷铁 densener
8 o9 B& g" `' H冷匣法 cold box process0 o8 r. ?- r* }& `$ A: ~% ?" w' ] i% R- c
冷硬,冷激 chill( Z' Z" `& b0 I: I8 V
冷硬板 chill plate
5 d* [ h! A: d; j0 B冷硬棒 chill rod
" X9 ?+ j" h8 }. B6 k冷硬层,冷硬区 chill zone4 q( }4 \, a% h: H
冷硬钉 chill nail
# [- [% G1 H4 |9 \% K: x冷硬环 chill ring
9 Z: e. ^* @6 m- C冷硬裂痕(铸疵) chill crack
6 Y" z6 E( D$ j$ N: Q冷硬麻口控制法 chill mottle control4 W' c$ H& h' [. r9 N4 R
冷硬模 chill mold
7 a$ C8 @+ ?+ P8 d7 Q冷硬深度 chill depth5 V; v6 ]; [/ K( u
冷硬深度 depth of chill
* B v+ h8 Y5 v6 r& x冷硬试件 chill block- e- I% E7 [. @! Q% ]' w4 o
冷硬试件 chill test piece
3 Y; U1 s, V i% r/ A$ ~0 t9 w冷硬试验 chill test
7 A4 b2 \2 v/ Y8 V冷硬线圈 chill coil
& n& O z0 k4 Z) B冷硬轧辊 chilled roll7 `& T0 j* I$ E: z
冷硬铸件 chill castings
% T* y) X9 m+ W; [) l" J: _) A冷硬铸件 chilled castings2 {3 p/ ^% l, j0 k9 c
冷硬铸铁 chilled cast iron
2 G F0 J) l& y+ n r/ v4 V冷硬铸铁 chilled iron: y) K" a+ }( Y2 d5 V. \2 V9 E
冷硬铸珠 chilled shot
- {/ k f9 }" @3 i' q4 K冷珠(铸疵) cold shot
" x% P/ c, w% P; [8 ?5 ^- W5 Q冷子管冷硬麻口(展性铸铁铸疵) reverse mottle- K# f) B# Z2 x D, z/ G
冷作,常温成形法 cold forming% \8 j: o' S) n, B \
梨木 pear5 C/ b# |+ w8 |* s) }' v& W
离模剂 release agent
0 l8 {, P$ H4 e3 i离模砂 tap sand3 _5 {, C `3 q: K. ?9 E9 ?+ k% I
离心风扇 centrifugal cutter% N6 M( g" z" q- {3 p
离心鼓风机 centrifugal blower
) Z7 M5 }) I! z9 s# @4 q* f) z7 @离心加压铸造法 centrifugal pressure casting; P+ j; z) e% ]
离心喷光 airless blast cleaning
2 [. J3 a& ^- t- I& ~: @ b- U离心喷光机 abrator8 p) j* M4 l, q
离心喷光机 airless blast cleaner
- O) W' P) @3 Y0 J) z离心喷光机 centrifugal blaster
& t0 a8 T! `$ L' J! h1 E离心切断机 centrifugal casting machine
/ v6 E0 E' N" _3 A4 M. X E离心压力铸造法 centrifugal fan
; B8 b) M3 L3 x! [) T0 a离心铸模 centrifgual casting6 \0 D+ ?0 J* N# A6 O: _
离心铸铁管 spun iron pipe+ X0 S: F% ~9 q$ w
离心铸造法 centrifugal cast iron pipe( N( V3 G. M9 l0 R
离心铸造机 centrifgual casting die6 R. I- o* N2 g1 I$ R0 n! @# X: z
里入气 entrained(entrapped) air
: E& ^7 K8 g' e D+ V) V: A锂(Li) lithium+ Y" o6 A0 N1 y8 T
粒滴斑铁,粒滴斑体 ledeburite
) U* D4 ]3 J; I. n" P6 d) G粒度 fineness
5 W( F0 v" N5 w% }粒度 particle size
, @2 Q$ ^" ^! a3 z. u粒度,分级 grading
1 m7 a; f d5 j" h4 N9 X: z粒度分布 distribution of grain size2 X H, m7 x. w' P0 T4 }5 X6 d( X7 X
粒度分布 grain distribution1 |8 E/ j3 C$ p0 d/ [
粒度分布 particle size distribution
# S; h! v# P2 W粒度分级 size grading
; |. I0 R7 U0 {粒度分析 size analysis
; }) V3 ]. K/ B1 o( F" N粒度指数 fineness number0 P& e3 ?% I: M8 g
粒化熔渣 graphite
3 A3 U; c2 [/ b, D/ e2 n; y2 i粒界腐蚀 grain boundary attack* i( M; O5 Z3 a& j/ ]
粒形 form of grain6 |& z0 M) Z' z
粒形 grain form
9 ~. H/ y3 k5 q: Q! h粒形 particle shape4 M4 W+ L3 g& f3 r' \+ \- f
沥出,空心铸件 bleeding
4 z8 k6 `2 i8 M: ~) T沥青 pitch5 f7 S( ?9 G2 I3 e2 Q! W
沥青焦 pitch coke0 h! X4 L) W% A! ^
沥青煤 asphalt coal6 j) l/ c6 F4 r7 r. N
沥铸法 slush casting2 Z& u, e+ l7 f) K& \
连续操作 continuous melting: a4 ?. R1 L6 K$ I n. K @- C, c
连续操作 continuous pallet a) _# C2 A2 t& z/ d
连续出铁 continuous tapping
C6 A) ], t0 y连续混砂机 continuous sand mill8 u# ~4 [ ]3 c: i M" x
连续干燥炉 continuous stove
& {1 O, S+ o1 L2 x& o连续熔解 continuous operation8 m6 j' Q0 M5 }' i( U4 F
连续砂处理厂 continuous sand plant8 X# k" x8 k6 Q% h5 U
连续式托板输模系统 conveyor syste6 ]; j8 l; x9 A( o% b/ @2 ~
连续输送机 continuous furnace1 |9 y4 n* o$ D; Z" y+ N& I
连续退火炉 continuous annealing furnace
" @/ v. z! p4 p3 y' m连续铸造材料 continuous cast materials. p0 N1 A* D5 e. }
连续铸造材料 continuous conveyor
: Y& l2 T0 S: ?" B6 t连续作业炉 continuous handling
7 P+ F5 N* k( k/ v- \7 e) l联结砂心端承 coupling print1 A0 Z5 {$ l9 U7 C% w
联结砂心头 multiple coreprint
7 }3 d+ D G; A5 l M炼钢炉 steel making furnace! H6 l( ^5 F6 o3 Q4 I, ?
炼钢生铁 pig iron for steel manufacture
* w5 D Q2 Q7 d5 x炼焦炉 coke oven# R5 N3 A5 a: j s1 N8 a$ g; X
炼焦煤 coking coal
8 W! W3 k$ i- D. e. @1 f. y5 \' z练砂 sand mulling" P& @; Y( j& a: u) \- L
练砂机 sand muller) H& p& Y4 P) Y' W5 I% O9 _+ ^) k
练习,方法,技术,实务 practice
; ?9 _- ^* _+ [; t: x+ }* f链带式输送机 link conveyor
- u1 F" O {9 }' ?/ E, J1 l链条 chain' v: c9 @" G8 b! z- H( {2 e
链条吊车 chain block
! Q" e, |( i" v0 l, o链条输送机 chain conveyor
. I$ V `; s: z$ u) ^/ Z6 o粱规 beam compass
. z% A3 ^) Q6 x+ O: \$ _+ b两段退火 second stage annealing
+ q0 q/ D" J) E4 d+ p. A量产铸件 mass-produced castings
, R" {% X2 @6 t. ^# D" f3 G量角器 protractor4 K+ a: x6 I7 B: J
钌(Ru)(稀金属元素) ruthenium# S# t- b2 m9 k( \
裂断负载 breaking load
3 n1 _6 ?# j$ }- u, w6 ~裂断强度 breaking strength
/ }9 t1 v4 x; k8 T5 p裂断试验 breaking test( E+ \% _& n1 q1 i
裂断应力 breaking stress
; X1 ~, \$ \5 h裂缝(铸疵) tears) z5 o! Q+ {9 m8 \
裂痕(铸疵) crack. |9 y4 i) ]7 r! ^* V8 b4 x% V- K. a
裂痕浸渗试验 crack impregnation test% ]& Q# C Z/ e5 e0 q
裂痕扩散 crack propagation6 r- `; q- \: y) e9 S' N
裂痕试验 crack test& J% ]4 N3 }( n$ V C# \
淋式水冷熔铸炉 shower type water-cooled cupola2 Q! c H8 f+ @5 O
磷 phosphor(phosphorus)
/ x7 j; x: w( N0 D# n$ R* T" W) y磷(P) phosphorus
1 \3 e# J* x7 x: j3 |磷化物 phosphide
* B2 ]5 p0 y/ A- m# s9 p; V磷青铜 phosphor bronze! G* e: M2 P' G+ {6 [; o H0 Y
磷酸防蚀法 parkerizing
/ L4 u9 u/ ?, w! e磷酸监涂料 phosphatic coating
3 P) [( [1 I {+ N' k( } r; C磷酸铝 aluminium phosphate& H; _! W0 H& P
磷铁 ferro-phosphorus$ U0 @6 v' L# s9 J) @6 N
磷铜 phosphor copper
$ U# {$ `' X+ X: u- S. c6 p! O+ Y磷珠(铸疵) phosphide pearl+ R9 s8 G9 ~9 ~: B8 x
磷珠(铸疵) phosphide sweat1 P' c+ k# o7 f8 n6 W% T3 I
临界点 critical point# y5 Y/ m* u( f2 q3 v+ _5 F
临界凝固率 critical solidification rate& z2 J! O5 x& n+ d
临界温度 critical temperature
0 [# u# H6 O3 _5 {临时模型 temporary pattern2 q- x' ?. \, D* y2 l& @
鳞石英 tridymite5 K# }. R- h4 {. m2 Z7 G( \
菱镁石,苦土 magnesite9 G. i- G: S: n0 T7 U* V5 B7 j1 J
菱铁矿 siderite" i2 b+ i1 ]& ?, P, [ W6 f1 b
灵敏度 sensitiveness
9 ` s9 ^% A e+ h流 stream
) k1 S# O& Y$ z4 t( a. p流槽 trough2 _" s& c4 h* u3 E
流槽,出铁槽 launder0 B3 t0 t9 w t' R$ `0 ?, X* I- c
流程图 flow chart- W9 q* n( N9 U( G) @, d4 @
流出槽 spout
l! J0 ~- n; m. Z3 v. ]+ ^! q; A流出孔,出铁口 tap hole3 g c6 S; ], z& @, S8 b
流道冒口 gate riser" |+ g- K: C' T* Q) j5 y7 _
流道砖 runner brick
; x7 B& F$ w8 Y# ^% _% E8 n流动,熔接道 run6 U0 u( r5 X0 W5 ?
流动型自硬性砂模 fluid self-hardening mold sand
4 e$ o' R! p$ i7 `3 P流动性 fluidity3 w9 C' y4 o+ y
流动性 liquidity: L+ X$ L" z m# a: `
流动性试模 fluidity test mold
' Q2 Q/ i! l' C% h1 }流动性试验 fluidity test
8 Y( E+ J" J0 l3 I流动性试验(铸砂) slamp test' t9 T1 | B2 |0 D4 ` D4 E2 R
流动性旋涡形试片 fluidity spiral
6 ~; U0 {2 @6 m( v% Q% b' t- B流动性直棒形试片 fluidity test bar piece
' ]4 `8 O, L( H! z- I' T9 L j) n1 H流动值 slamp value
1 i: G! m0 D! J, J8 P* \9 F. B1 M" _流缝(铸疵),接缝 seam
- o7 y$ I7 G% @8 j4 k6 W9 `% y流量计 flowmeter% i9 ~/ _% p9 E j
流砂(造模用) fluid sand
! o: s0 f9 d. S( E: R流砂(造模用) fluidized sand
; J1 N8 Q$ D" x5 \% U流砂造模法 fluidized sand molding |
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