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冷脆性 cold brittleness( C; v1 M! d, e7 f& O/ ?1 T
冷迭(铸疵) clod lap
2 ?, b' G( l) C' a/ S冷冻厂机件 refrigerating plant parts1 x: z0 @% n* e. z' ]: q( n6 r
冷风高炉生铁 cold blast pig iron0 N4 B! w6 ]- |: J
冷风生铸 cold pig
& ]+ g% X; y; i, w8 B# ?. K冷激硬化法 chill hardening
+ p/ ~: ~0 p; A9 y冷加工，冷作 cold work: O' p8 ]9 R' ~, a1 n/ D4 S5 R! o
冷加工，冷作 cold working
7 m) z+ J P# }0 U; A冷界，流界(铸疵) cold shut& n: a0 ~, Y+ k, h; l
冷料 clod metal6 Q% k2 T$ l! B5 T
冷裂(铸疵) cold crack
5 C9 ?4 l* @* M, Z& f1 \7 K& g冷裂，缩裂(铸疵) cooling crack6 y5 \ {+ I7 C2 k& K9 P6 d
冷凝热硬油 air setting heat curing oil" |1 }0 S8 y; a# B; E7 f, D7 ]& W V. _ N
冷却率 cooling rate
& O2 |4 _" x1 b1 C! d冷却器 cooler
8 }( X" [; t3 F冷却曲线 cooling curve4 U7 e$ V* A6 @
冷却速率 cooling speed
, u1 h' O6 z' X/ X0 s1 k6 w, K5 F$ _冷却应力 cooling stress6 g1 U5 M* U! C# O+ c
冷却用废金属 scrap for cooling. P- l. M2 }0 G1 I/ H4 y# j
冷却用料 chill scrap5 c1 U) h8 |# d
冷砂工场 sand cooling plant1 [0 T5 U8 |! i3 M
冷室压铸机 cold chamber die casting machine
6 B# S w5 O' K( X5 B冷室压铸机 cold chamber machine# Y) L$ N+ a& m4 u- q' x, P9 x
冷铁 chiller
: D( a, V9 \+ F0 q1 U0 o冷铁 chilling block$ _' v: E5 t, g- N
冷铁 densener" k& X: j# p* D/ }8 d) f; B0 N
冷匣法 cold box process
% G3 O0 e3 I/ q冷硬，冷激 chill
) B$ c5 ?& I9 ^1 U1 U冷硬板 chill plate) E1 E% u! W+ ?9 r
冷硬棒 chill rod& `) A. f! b7 i0 n3 s; N
冷硬层，冷硬区 chill zone* K( w' ^, ?4 Q! L y4 L
冷硬钉 chill nail% @ U l9 U2 ?
冷硬环 chill ring+ d- d+ B6 _, d$ @, i
冷硬裂痕(铸疵) chill crack) n' Y3 s& T* G) M) n+ Z2 j+ X
冷硬麻口控制法 chill mottle control' ^' ^7 x: g0 d, I$ }4 P8 \ V6 c
冷硬模 chill mold9 q: ^1 h3 W- w% X
冷硬深度 chill depth, \8 \, y# E+ s, B5 [
冷硬深度 depth of chill7 z, W0 u% i9 A& ?+ {( g
冷硬试件 chill block/ ~# }! d; q1 k9 l6 Y
冷硬试件 chill test piece2 S6 l: a( j; v( |- m# `
冷硬试验 chill test
0 i$ O' x8 y4 S9 ^: } l冷硬线圈 chill coil2 b* ]1 d: U, e; v
冷硬轧辊 chilled roll
* N2 |3 s( a& r" n0 N) F- d冷硬铸件 chill castings
3 \* v. [' P/ j0 X( D. H冷硬铸件 chilled castings
" { u8 h$ N" w- X* w8 g4 m冷硬铸铁 chilled cast iron
, N2 N: w5 R* d( t2 h冷硬铸铁 chilled iron
4 I8 v( l: i# a/ g冷硬铸珠 chilled shot
4 e$ ?* p* L" d! e( U! p* P7 Y. X冷珠(铸疵) cold shot' _9 h* e- m+ \6 {( _5 x
冷子管冷硬麻口(展性铸铁铸疵) reverse mottle
! d! z7 j! Y h2 g冷作，常温成形法 cold forming5 K$ t8 A/ {& S+ A. N% z1 A
梨木 pear# @5 f$ {, k: y3 Z# c
离模剂 release agent4 U& k- Y) O4 u1 T+ v4 u
离模砂 tap sand
* F; F9 r/ q n" y. T) ^离心风扇 centrifugal cutter
) R1 G& L/ X; ^7 W; k离心鼓风机 centrifugal blower: s6 d' a% n1 z3 h/ ^8 G& B
离心加压铸造法 centrifugal pressure casting
( g L, r" g2 a6 g1 R( b离心喷光 airless blast cleaning
7 v+ V( ?% d( r9 e+ [离心喷光机 abrator+ O, p4 D( x2 }- W2 z# q
离心喷光机 airless blast cleaner2 `+ B1 Z# m9 f( A# F
离心喷光机 centrifugal blaster
" r' p" _& x3 M, K离心切断机 centrifugal casting machine
1 i8 L* N/ d7 C8 @$ W离心压力铸造法 centrifugal fan
: o j0 ~% \8 l1 w+ W# u+ |8 F离心铸模 centrifgual casting
# k% w! o0 O( P" h, \( L3 C' r离心铸铁管 spun iron pipe
9 j7 m% H- y5 T. K: {. B- Q K2 X离心铸造法 centrifugal cast iron pipe2 A4 i- W; H4 O$ O3 c5 s% y
离心铸造机 centrifgual casting die
P( D. J& v4 X0 b, ^% `里入气 entrained(entrapped) air
$ ?& I1 H9 }( u锂(Li) lithium% J, k/ N/ B+ i& e
粒滴斑铁，粒滴斑体 ledeburite0 I1 T6 G5 L9 w1 r. D/ i9 P
粒度 fineness
: O& |* x1 d6 z; ^( U3 ~ J+ P粒度 particle size) o7 `. i& B2 @, [
粒度，分级 grading; |3 `! A, K$ D
粒度分布 distribution of grain size" G6 j- E) X' s) e+ _! _: S* Z
粒度分布 grain distribution( N" J2 R# W# W9 Y
粒度分布 particle size distribution
$ a% O e+ C$ w4 `( D粒度分级 size grading4 {. z) d4 b4 C' K
粒度分析 size analysis
, Q4 u2 y/ [) `8 E( g粒度指数 fineness number
0 `- \- m. `/ ~粒化熔渣 graphite
1 a) F) N7 u: X/ ~6 K5 k粒界腐蚀 grain boundary attack
, d4 D" N% z& L6 C) C( M/ @& J粒形 form of grain, t( i+ }7 @$ n& i6 s. o+ d
粒形 grain form/ o5 `% {# O" H
粒形 particle shape! ]: D0 y; @2 d) v% L x2 v3 L
沥出，空心铸件 bleeding
) @ t" h2 _) [3 @沥青 pitch' {* |* ]# J3 \, A# [
沥青焦 pitch coke6 l8 ^( J. Z& m- j
沥青煤 asphalt coal
% T8 u% t: q( B5 C8 }7 V; A* O沥铸法 slush casting
6 l; }- y: C2 q3 o* ~# @连续操作 continuous melting
; ^! A6 r& U2 ^" @: ?" [连续操作 continuous pallet
& c2 R7 Z+ b* g7 F2 i, E6 \连续出铁 continuous tapping5 K# g# k# ]4 y+ x. u4 e
连续混砂机 continuous sand mill
9 X4 e8 @4 E# t E7 e连续干燥炉 continuous stove! g: P% ?4 V! f
连续熔解 continuous operation6 ?2 E2 P: S- G: R4 C: W
连续砂处理厂 continuous sand plant
/ C" o# U' c8 A8 z F7 g9 X0 {/ n连续式托板输模系统 conveyor syste
% E1 W) z+ h. a. ? c& P连续输送机 continuous furnace$ h' b* d" ^ u
连续退火炉 continuous annealing furnace
$ W; ^. A; h) @' y* Y& L连续铸造材料 continuous cast materials
" {9 H0 O5 U' ?% u) D# Y8 R连续铸造材料 continuous conveyor- _4 b V$ I) b5 V4 q# x* p
连续作业炉 continuous handling- U6 n" ]6 M; E( w; K
联结砂心端承 coupling print
# |4 a, Z# |9 x% b0 J4 u4 \: x" d联结砂心头 multiple coreprint
! y* w% D S1 c4 v8 E! b+ {炼钢炉 steel making furnace L* S8 ~- n! a9 X2 B8 }7 K
炼钢生铁 pig iron for steel manufacture$ k7 [( e. M: }$ W
炼焦炉 coke oven1 g! E# F. I( G. X* d
炼焦煤 coking coal
) m# Z* N0 p( A3 ~9 h% x练砂 sand mulling/ D2 b. W- {; O0 }6 Z) z1 r9 s
练砂机 sand muller) Y* k; N# \. V* a
练习，方法，技术，实务 practice7 W2 F) r/ R$ C6 S+ F* x* {0 ~1 D+ a
链带式输送机 link conveyor$ e2 e- V5 O. w! P/ }7 d
链条 chain
- c' Z* a) o6 f" h链条吊车 chain block
9 V; k; S. r. x& Y; d. u链条输送机 chain conveyor
5 Q% e1 b* Q ^# ^粱规 beam compass
1 l1 c! r, q. l" F$ N1 ^4 y两段退火 second stage annealing
6 u; u# u' b2 t0 F4 t量产铸件 mass-produced castings0 F9 T% Q$ W% }/ g# L$ V
量角器 protractor: B0 _6 y+ o8 E
钌(Ru)(稀金属元素) ruthenium: q5 l' j, a' C( F
裂断负载 breaking load
m3 U- w8 I7 o7 `7 T7 j裂断强度 breaking strength
+ r, }/ Y5 a: r/ ~7 R, F1 W裂断试验 breaking test/ @7 K3 B, n6 L9 c$ T& l q+ a
裂断应力 breaking stress9 c6 _8 U% O% W( t
裂缝(铸疵) tears# x; d$ [3 d& D9 a
裂痕(铸疵) crack- K% E% Q$ A. f* x* R+ z
裂痕浸渗试验 crack impregnation test
Z; C( n* ^3 `! B# u( G裂痕扩散 crack propagation" U j3 D+ L& ^) c+ A5 U' K
裂痕试验 crack test6 ]- e& {7 _; k
淋式水冷熔铸炉 shower type water-cooled cupola- R8 i+ u; E, I
磷 phosphor(phosphorus)3 q7 N c/ D, D2 U& }3 {: {
磷(P) phosphorus7 e! h. F8 z# Q8 \1 x
磷化物 phosphide3 x; F4 E* q+ G
磷青铜 phosphor bronze
, N( D) x1 P/ t8 A2 W1 [磷酸防蚀法 parkerizing1 v1 G- M$ p% P e) C
磷酸监涂料 phosphatic coating
5 s( }; x4 U2 H2 X) y, U磷酸铝 aluminium phosphate
8 |2 h, P. Y8 P0 b/ Z# `磷铁 ferro-phosphorus/ ^* d* l- _" }& f' [% T
磷铜 phosphor copper
8 P& T) E3 K& Y+ H磷珠(铸疵) phosphide pearl5 e* ~0 g0 Q6 k, A
磷珠(铸疵) phosphide sweat
! y: X7 f5 H, }% J+ i临界点 critical point
/ p y& u6 |5 m2 m E临界凝固率 critical solidification rate
/ b1 Q3 _4 X+ A1 t& O3 h临界温度 critical temperature$ M* U2 b) i0 d* _" r7 j" o
临时模型 temporary pattern. I' s* K- B8 S0 E9 E( X+ K0 Q/ q
鳞石英 tridymite7 |$ m! Q$ P/ b$ d# t) {
菱镁石，苦土 magnesite
5 n. `2 [3 r. ?: O2 \菱铁矿 siderite2 I) |/ A* s1 s
灵敏度 sensitiveness. k8 L! K b1 j) ?4 S; i
流 stream
% W9 E, X5 {7 S* Y# j% u) Q7 V4 t流槽 trough8 y' M# l/ F2 Q. T! m4 S
流槽，出铁槽 launder
8 m: q/ q) S7 P流程图 flow chart4 \/ D' P' B+ w/ o6 `
流出槽 spout) w! x7 M/ q: }5 k n7 m
流出孔，出铁口 tap hole/ W! N, l! ^. e1 Q7 Z) ?
流道冒口 gate riser9 d- A& V* S7 W' f
流道砖 runner brick
2 v% ?' i* |1 B流动，熔接道 run
; j( @$ K- o6 W7 m7 I5 T$ I% b, @流动型自硬性砂模 fluid self-hardening mold sand
7 U% Z0 _9 X' b& g流动性 fluidity
" p. Z/ W# ]6 P; [( w) P流动性 liquidity8 y$ T) X, |- j. P; {* O
流动性试模 fluidity test mold
! y7 i! D' A3 u; l9 a流动性试验 fluidity test J1 P u& J+ ?8 R) d+ L
流动性试验(铸砂) slamp test8 N% j+ R8 M8 @' W" b. J y" \( `
流动性旋涡形试片 fluidity spiral8 ]2 P6 f6 O7 V) _
流动性直棒形试片 fluidity test bar piece
5 r. l' i8 q& n流动值 slamp value
+ ^% S) G# h! B' B# p流缝(铸疵)，接缝 seam! I- e& ?! }* y# B- p. D) w
流量计 flowmeter
; }3 E) P- n+ O- T* @; h, q4 P% ]' Z流砂(造模用) fluid sand
) M3 T1 C% R3 `5 v流砂(造模用) fluidized sand
7 H8 f* s: t6 j K0 q5 v. r流砂造模法 fluidized sand molding |
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发表于 2007-7-28 15:22:11