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冷脆性 cold brittleness2 @/ T+ w; \8 c# ?) K
冷迭(铸疵) clod lap; D- q6 H4 p1 ]* o0 d
冷冻厂机件 refrigerating plant parts
% a6 e1 \& [7 ?7 v3 s冷风高炉生铁 cold blast pig iron! i, S% l/ ^ m( T) c
冷风生铸 cold pig
! r$ [% Y. s) R( L5 K- ]冷激硬化法 chill hardening
4 g& y; G. Q) }) s; @冷加工，冷作 cold work" u1 g2 v* _0 h$ U* t' W6 j
冷加工，冷作 cold working
* h0 F4 u" C+ Q9 S/ |& K! M2 `/ @冷界，流界(铸疵) cold shut) m8 N. K5 g- P. ~
冷料 clod metal: `& g( @- A/ |
冷裂(铸疵) cold crack
& e. `8 `6 I; R冷裂，缩裂(铸疵) cooling crack
7 F- e( q; ?2 A; C4 b$ N( Y0 Q冷凝热硬油 air setting heat curing oil
; b5 K; ~: O- Y. R: m. ^7 `5 ^0 S冷却率 cooling rate0 z0 E2 j c) A! |
冷却器 cooler8 _4 G9 R2 b& \5 I7 U! a( ^6 c- p
冷却曲线 cooling curve- l o+ D2 p6 O
冷却速率 cooling speed6 s6 ?" l+ H8 O# w4 p% J
冷却应力 cooling stress R- x p( D& J5 k
冷却用废金属 scrap for cooling7 M3 T0 w* q' q! K/ i4 H2 s' x
冷却用料 chill scrap, H7 t* J# M4 l1 P. E
冷砂工场 sand cooling plant0 m/ U+ s" L- {) H6 e1 W, r5 @
冷室压铸机 cold chamber die casting machine0 w' d' i* h0 f6 t, m0 g
冷室压铸机 cold chamber machine
; j& S0 j8 B- n& z冷铁 chiller
& i) t7 F! d$ N冷铁 chilling block
; y" |# F1 N% ~, o9 B4 F' u冷铁 densener9 Z( M0 A+ `. | S; R: j; y) z
冷匣法 cold box process
% W# I" P4 n9 N1 D$ L, S( H: Z9 G冷硬，冷激 chill
6 \' D5 a" s N8 |6 r0 o8 Q! @冷硬板 chill plate
8 k) y) a3 m7 W7 e; U冷硬棒 chill rod
1 ?" y3 _9 R; t: f冷硬层，冷硬区 chill zone$ S$ f s! B5 N8 b, n! ?4 p9 L5 u2 [
冷硬钉 chill nail, z: L( ^. U& K
冷硬环 chill ring
: {, ]+ ?# ], _1 s冷硬裂痕(铸疵) chill crack- _/ a% m, v& k8 G- P
冷硬麻口控制法 chill mottle control# U" ]5 F/ v( Q8 X+ k
冷硬模 chill mold
: }" j5 R( C/ L, L3 I冷硬深度 chill depth2 h$ V0 J' `9 B! n
冷硬深度 depth of chill* H9 M& D& R; V: K; S1 \
冷硬试件 chill block1 G& ]' B; h* I4 n" j1 n
冷硬试件 chill test piece$ P/ v+ m1 d# k) _8 v) J
冷硬试验 chill test. O' W, H9 w$ k- @! X0 x" z
冷硬线圈 chill coil# A. p4 F/ V2 {1 d
冷硬轧辊 chilled roll
$ f7 e; f# ?7 `: y& Q* _冷硬铸件 chill castings
! [3 s2 O9 q m& @, e. g d冷硬铸件 chilled castings
( d& b7 w5 ?# O0 ~/ b8 v$ M冷硬铸铁 chilled cast iron
) H' }6 @- b3 `3 W% P- |: Y冷硬铸铁 chilled iron1 s0 e. N4 R8 ^6 q. K [
冷硬铸珠 chilled shot
* O2 d/ S$ R( D0 B7 @; \冷珠(铸疵) cold shot3 k* U- d w X, L2 R+ F4 f
冷子管冷硬麻口(展性铸铁铸疵) reverse mottle
# a" r/ s5 L, A4 K+ H冷作，常温成形法 cold forming
6 O2 ~/ F8 V* o. d( ^ V4 e梨木 pear
! y3 ]8 t) o+ O4 S离模剂 release agent. H+ V: |, Y' \
离模砂 tap sand) o! d/ K, d ^: x, @
离心风扇 centrifugal cutter
! z, o7 h1 l; y- T' z2 | P: D [* Y离心鼓风机 centrifugal blower# D# d1 i! G1 a! N3 D5 O
离心加压铸造法 centrifugal pressure casting3 `0 S* N& n$ N
离心喷光 airless blast cleaning
+ Z3 h' u, V9 }+ ~离心喷光机 abrator; s, b5 c: V" v% w
离心喷光机 airless blast cleaner! b* @4 K1 s2 c3 F- N" a
离心喷光机 centrifugal blaster C) M0 _5 z: b
离心切断机 centrifugal casting machine2 `/ ?$ I$ P$ u( E/ b2 m. L* u, E
离心压力铸造法 centrifugal fan
" ?; t0 D$ y7 ?4 |0 y+ j离心铸模 centrifgual casting( p" u c; U3 S. _: L
离心铸铁管 spun iron pipe
6 v6 x, R. A" p$ g6 K* M离心铸造法 centrifugal cast iron pipe+ m) E9 L# Y; Q8 c' z
离心铸造机 centrifgual casting die" w( J" d0 J, e3 x% B" w8 I
里入气 entrained(entrapped) air
$ ? A! f: j x$ ]4 o锂(Li) lithium" Q' ~: p1 C! z
粒滴斑铁，粒滴斑体 ledeburite
' T, u- g8 L% @, r- V. C3 {: B: a( S粒度 fineness
- \* C- P5 D$ d @6 L- a1 Z粒度 particle size
: B$ {$ n: g/ W( p/ y5 S粒度，分级 grading
8 q4 j' @% O6 R% h' s7 B; ^2 t( k- m) y粒度分布 distribution of grain size
5 i, @/ m: N& M& G! d4 U1 ]粒度分布 grain distribution
- N& U& G2 f- L( Q3 X- L粒度分布 particle size distribution
# J( U$ F2 H; ^粒度分级 size grading
) [) C! J* d5 U9 v' j粒度分析 size analysis, |. O2 b) K. u( {2 T4 S
粒度指数 fineness number) \" Z2 o% q' C1 Q$ B- ?' O$ m& p
粒化熔渣 graphite, v$ n6 K* J$ r+ w
粒界腐蚀 grain boundary attack
: Y: z5 \$ M5 r粒形 form of grain
* o1 ~4 k% W, N6 F4 n' h粒形 grain form
; v( s7 \7 N, E4 I粒形 particle shape
$ L1 `/ ]- k1 @' T% f7 R+ m9 y6 K沥出，空心铸件 bleeding
+ t; X& Y/ B9 m! o3 d4 ]. K沥青 pitch
' I# J9 ~, j3 j# @沥青焦 pitch coke, R) \, S7 @4 Y% U
沥青煤 asphalt coal% b4 K z: V! P0 p4 }4 M9 w
沥铸法 slush casting
* v7 I. s5 X+ _1 ]) I连续操作 continuous melting
. z P" c* k6 T( H8 \连续操作 continuous pallet
- O& @5 S" z( p. ^7 t% J连续出铁 continuous tapping+ E- x! F" @* u1 {4 n
连续混砂机 continuous sand mill
3 [7 R: f( c, q, @- x连续干燥炉 continuous stove
3 c+ |* L% H3 x9 b) l+ V* |连续熔解 continuous operation3 v4 i" u5 C. N
连续砂处理厂 continuous sand plant
, X, Y! m+ T2 A; R/ D) h连续式托板输模系统 conveyor syste
' I5 i+ X h- m( g! S& {连续输送机 continuous furnace- \7 w) ?+ e. E+ h
连续退火炉 continuous annealing furnace
) U; Q" I8 J1 [/ n6 G) C连续铸造材料 continuous cast materials
% m# l- z# _% A- s* P3 ]连续铸造材料 continuous conveyor5 U# L& L7 }: g4 r I# a3 M
连续作业炉 continuous handling }; v: y- D) [& x$ B
联结砂心端承 coupling print4 o6 u% p( g; ~: {5 o, J
联结砂心头 multiple coreprint) m3 e( |0 z6 h8 ^
炼钢炉 steel making furnace/ o7 M# y( K$ T. V
炼钢生铁 pig iron for steel manufacture
5 S5 H4 N7 [, e8 A/ ?' S; F; [炼焦炉 coke oven
3 b3 q, h x+ ]6 s炼焦煤 coking coal
! l4 I8 }4 w' c; [练砂 sand mulling
2 Q V% K4 S+ L+ h+ _练砂机 sand muller4 u! y/ r$ ^' [3 s2 f1 G* J V u
练习，方法，技术，实务 practice
" C% x: \! D% Y( n8 U链带式输送机 link conveyor
1 e6 U$ C" u, N链条 chain3 j( |" V2 u& Q( s5 q9 ^
链条吊车 chain block7 G# O& Q# U* p+ Z
链条输送机 chain conveyor5 R* F% S/ G2 u
粱规 beam compass; ~. D7 u! n1 S0 D
两段退火 second stage annealing
9 @1 t: [1 g7 \, G* H量产铸件 mass-produced castings. ~4 r: h' T, @8 R% {$ _8 k( p
量角器 protractor7 T. _8 M- m8 p
钌(Ru)(稀金属元素) ruthenium6 Y1 u7 D0 J' z
裂断负载 breaking load
9 V# p: v% P+ r6 x裂断强度 breaking strength
4 K9 m3 b( m6 E( K( k& L) Q* m# T% d裂断试验 breaking test; j [' p. o& L$ O
裂断应力 breaking stress9 o9 } G) a/ g; z! a1 ^: `6 ~
裂缝(铸疵) tears t* i: y' {9 i5 f+ M$ ~% G( f
裂痕(铸疵) crack
/ Q5 f+ ?4 h- c# G0 A8 A2 F* k裂痕浸渗试验 crack impregnation test
* @; e: [8 @+ Q2 N J. J; W裂痕扩散 crack propagation
6 \2 e4 C6 H" k6 C6 t) `裂痕试验 crack test
) _) E& F4 d2 m$ s- f0 j淋式水冷熔铸炉 shower type water-cooled cupola+ O0 W' n0 z+ u; E5 A, a
磷 phosphor(phosphorus)% G6 U- g; q+ }4 g
磷(P) phosphorus) k; d% X& C* v) @* L
磷化物 phosphide9 A! X3 z1 g7 L! Z/ K) x
磷青铜 phosphor bronze7 L j' Z" D+ d/ M+ H1 W2 R
磷酸防蚀法 parkerizing. g( F2 x# {) t. w9 v' V
磷酸监涂料 phosphatic coating
6 z% {* Z$ [! l) E g' d磷酸铝 aluminium phosphate; W& l [7 m' C
磷铁 ferro-phosphorus
" M l- P$ ?6 L7 W! ]% i' U磷铜 phosphor copper
2 [5 y5 X4 r N' w* _) N$ j$ k7 J磷珠(铸疵) phosphide pearl
8 V F; l* n+ w3 {7 P磷珠(铸疵) phosphide sweat
8 s: h. u3 u/ b7 n, V6 K临界点 critical point
% }( W+ n5 j4 B& ^临界凝固率 critical solidification rate
: E( X, R: l1 ~2 r( I& e* }3 n临界温度 critical temperature# @' e0 d- r' t8 f; M- p( q3 z
临时模型 temporary pattern9 \0 Z! i6 d0 O9 p, C
鳞石英 tridymite# `3 N: }) A# ]# W8 j5 M
菱镁石，苦土 magnesite1 ]" l( e* v+ S5 H6 }' q# j6 t% t
菱铁矿 siderite
, e* U$ u! @" |/ \# w, V灵敏度 sensitiveness
, \* F4 M0 v- U/ q% y8 i- X流 stream1 g8 P% |" @: i2 D2 X$ \0 n
流槽 trough* Y* j. t6 ?# b( P* m. F
流槽，出铁槽 launder0 c( A5 m% v, H1 z! W
流程图 flow chart
6 p% A @) o. |6 V4 K4 C) n流出槽 spout
! m% Q, n5 P. Z( m8 f流出孔，出铁口 tap hole. }. s6 r8 A: T& T# S+ d, B
流道冒口 gate riser$ Q9 H/ U3 G, V4 y- {
流道砖 runner brick
% a8 {8 Z- S# a p流动，熔接道 run
4 `5 l% X" W! Q( T1 B$ F& ?/ M流动型自硬性砂模 fluid self-hardening mold sand0 o& F5 u* z* a3 P
流动性 fluidity6 [/ W1 {: X, ?5 I6 w
流动性 liquidity
- G4 x8 `! Y, Y( Q1 ]3 C流动性试模 fluidity test mold7 V% H% E% M7 o
流动性试验 fluidity test
+ H- _( y9 w8 l1 s* y( U流动性试验(铸砂) slamp test+ i. k2 L; n4 l# @$ x+ q
流动性旋涡形试片 fluidity spiral
! Z3 B% R: \- k流动性直棒形试片 fluidity test bar piece G# |1 G* s: f) W: l. R z! Q7 h
流动值 slamp value
8 [0 U6 z, m8 D/ E9 }流缝(铸疵)，接缝 seam$ l; ~" R+ U2 K& x: ~6 H
流量计 flowmeter
7 K3 `3 B( l/ \: y' Z9 ^ Z1 _; O流砂(造模用) fluid sand" c4 q; C8 ~; @. H
流砂(造模用) fluidized sand( B+ d. O; O( n3 C
流砂造模法 fluidized sand molding |
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发表于 2007-7-28 15:22:11