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冷脆性 cold brittleness
7 F$ F* h# P% f1 t0 G7 w+ g& L6 i f冷迭(铸疵) clod lap" E b3 c% C( B: s2 T' o
冷冻厂机件 refrigerating plant parts
2 Q$ O6 x2 E$ o! Y冷风高炉生铁 cold blast pig iron. G9 j6 S; j6 w2 u
冷风生铸 cold pig' S; H9 ^; j$ w4 B% f- P# q$ y
冷激硬化法 chill hardening& n+ n, Z1 m& j% ~, p l' J/ z, W x
冷加工,冷作 cold work: q& U X- m( u! e
冷加工,冷作 cold working
4 t) d- l) c" `/ R8 p& ?. L冷界,流界(铸疵) cold shut6 g( n* o. @/ G5 j/ U) e; b4 }
冷料 clod metal
2 n" x j {0 _; k. N冷裂(铸疵) cold crack
! }& t7 z: F8 O, i" l& Q1 ~) D: F冷裂,缩裂(铸疵) cooling crack7 b8 U1 Y; [6 z' T
冷凝热硬油 air setting heat curing oil
: M" N3 |8 c8 g2 I: W# H: Z冷却率 cooling rate7 D( U5 I* f6 ]8 ~
冷却器 cooler
9 k5 x: h1 e6 Z; H9 V. N! K# s; S- z冷却曲线 cooling curve
# q. @4 V& I4 _4 v( e冷却速率 cooling speed
8 ]: M- o5 q7 |; c/ Z3 K冷却应力 cooling stress# Y$ i$ h4 q' J; n5 k& \3 ~2 O
冷却用废金属 scrap for cooling
) B! J6 Y' i% I- U1 b冷却用料 chill scrap# C" |/ c3 V) n t
冷砂工场 sand cooling plant4 [, N" T: S0 _! L
冷室压铸机 cold chamber die casting machine
: p; i; g k6 e: J7 o' A1 K i冷室压铸机 cold chamber machine0 ]- p+ L$ r7 ~7 k; z
冷铁 chiller
3 w$ X: S& o$ G/ J& o" d) }8 K冷铁 chilling block
2 S* T. e' N) q* E. t$ w冷铁 densener
! Z1 }) t8 |0 E& k0 d2 z冷匣法 cold box process8 z! A9 c+ A/ o. W2 g# C! Q9 J$ R% n
冷硬,冷激 chill
8 U* C& t* h# `& u+ s. k! @2 l冷硬板 chill plate2 T {3 x( D2 T: R8 {+ A
冷硬棒 chill rod Z- m( V0 R, O
冷硬层,冷硬区 chill zone
+ W! b! N$ m4 F# O1 I. b& q冷硬钉 chill nail3 y( s7 G( @7 L6 T) L8 q, @& S, F9 @
冷硬环 chill ring
2 e# k, A: y! w6 l" p+ H- _冷硬裂痕(铸疵) chill crack, V$ e% g6 P0 B$ o( J( z
冷硬麻口控制法 chill mottle control
2 {2 f( c, y) ]冷硬模 chill mold) E- m6 Z) s. D! n, [1 q" C
冷硬深度 chill depth
' I7 X- I' i% E6 j; w5 f冷硬深度 depth of chill
: b! u4 U8 V0 |; l冷硬试件 chill block
& O5 ^4 C4 T# n4 w8 n7 M冷硬试件 chill test piece
8 x" ]: _/ ?* j冷硬试验 chill test# _3 l1 t7 O7 } ?$ P
冷硬线圈 chill coil% _- x7 F+ Q% c+ ?, ^3 q
冷硬轧辊 chilled roll
* ~0 ^: u' Z3 @3 |, `冷硬铸件 chill castings+ M2 M9 y& ^% x
冷硬铸件 chilled castings9 P: M5 L3 h: K# V
冷硬铸铁 chilled cast iron. ?8 y6 @4 u4 K; r! ?! A# }3 R
冷硬铸铁 chilled iron
6 e; c( S0 S0 P冷硬铸珠 chilled shot
+ w: V X2 E- x* z冷珠(铸疵) cold shot+ F v2 n' \% T! y [# r+ ^3 @
冷子管冷硬麻口(展性铸铁铸疵) reverse mottle2 |" i. v" C( L; ^, X" L, d
冷作,常温成形法 cold forming0 Z) {/ k, f1 n6 T _; u* c
梨木 pear
: |" Z0 w q8 ~6 s; |离模剂 release agent
5 k5 Y+ {: S) e0 Q; @离模砂 tap sand6 [+ l. J \- {7 A0 Z
离心风扇 centrifugal cutter7 w: W6 Z3 d/ A
离心鼓风机 centrifugal blower! s! u5 ~0 [2 }5 ?
离心加压铸造法 centrifugal pressure casting
, X* a* t( f" ~8 W9 R% B$ E离心喷光 airless blast cleaning
( `/ U9 e2 B2 v' c9 Q6 L/ @, r0 o) G离心喷光机 abrator
Z' p/ y$ H' J0 N8 n0 l离心喷光机 airless blast cleaner. o# i3 r1 B% L0 Q
离心喷光机 centrifugal blaster
" Q! y6 @2 Y) l5 ]9 h( W4 ?. x4 i离心切断机 centrifugal casting machine
6 C( i4 u$ G* I: }7 `离心压力铸造法 centrifugal fan
% H% P0 W3 j/ W离心铸模 centrifgual casting! `; C' m# m/ A# d/ R
离心铸铁管 spun iron pipe
$ A. Q+ t! S- u离心铸造法 centrifugal cast iron pipe
) o! D4 P- K( `: z: a离心铸造机 centrifgual casting die2 w1 Y# C1 U* `
里入气 entrained(entrapped) air& r7 V& W. U. s
锂(Li) lithium
8 F9 o9 w: ?; _: q粒滴斑铁,粒滴斑体 ledeburite8 J# q5 e0 o* K" W3 }
粒度 fineness9 D6 z6 T* x7 o' J; ]6 l
粒度 particle size' X" x! @$ u7 _
粒度,分级 grading
% Y% H6 Y$ s$ B M1 p粒度分布 distribution of grain size+ q5 ]2 Y7 S( i: p" V% N" Q, R& p
粒度分布 grain distribution, W4 b: R9 c* L1 R5 |. ?
粒度分布 particle size distribution# U* L. g: Y/ a. {0 U5 s6 F
粒度分级 size grading
& B1 y/ i% \) C( h! {- v粒度分析 size analysis
4 N/ [" e" u% m% E粒度指数 fineness number# U/ O- q' ~* E- k6 Q) m
粒化熔渣 graphite8 ]2 f; |) i& @8 B# t* e% V
粒界腐蚀 grain boundary attack
$ `; x2 \* Z7 U) O/ l( a t粒形 form of grain
; H# V# x/ t! W; e7 V: y% K粒形 grain form2 B& S" K0 v2 \; C n1 x3 ^# f
粒形 particle shape+ v m- z+ f: l; D5 P
沥出,空心铸件 bleeding/ F7 k2 u. Q, y7 ?$ K1 t
沥青 pitch5 v! v0 j& n% n+ M
沥青焦 pitch coke
, U0 S4 `# N) m0 t0 y沥青煤 asphalt coal1 M! h5 C" h' F# i
沥铸法 slush casting
3 ~4 W3 k. A" g+ N7 N连续操作 continuous melting
% e7 ^$ \+ o' b. ^连续操作 continuous pallet
- |8 q. Y5 O4 F5 k7 @* P连续出铁 continuous tapping- v) `% [( w% y( F. O. x( G
连续混砂机 continuous sand mill
1 a( C/ \% |; w连续干燥炉 continuous stove5 p+ M, Z4 q; `
连续熔解 continuous operation
! L4 \0 v0 r9 ~: ^! j' |% z! X; ]连续砂处理厂 continuous sand plant6 D' }7 z3 k- t* j+ }% v
连续式托板输模系统 conveyor syste
+ s: O1 X6 ]3 t, j0 {9 j) s+ n连续输送机 continuous furnace
' ]2 P3 d+ z( j- k. c/ p8 J连续退火炉 continuous annealing furnace
% o+ m4 J! w: @; p3 A连续铸造材料 continuous cast materials
- L& t2 l$ B% _连续铸造材料 continuous conveyor
& @$ ]4 K6 B4 g连续作业炉 continuous handling3 c8 w0 l+ J+ j N* V2 R# a" r
联结砂心端承 coupling print
1 S/ e; @2 v! P联结砂心头 multiple coreprint8 H$ b% s. Q, K( b$ k" L
炼钢炉 steel making furnace
: F! t2 {0 J& v F# _- x7 [炼钢生铁 pig iron for steel manufacture
: |/ F- ?# {1 A g炼焦炉 coke oven
- x d& m9 O6 B* X1 b! W3 A3 ~炼焦煤 coking coal' d1 z9 Q2 b4 N
练砂 sand mulling
% O% K8 P, K- \; w- H练砂机 sand muller/ W: d7 J' i- F3 Y" q8 L2 q# o; X' Z
练习,方法,技术,实务 practice
" J; }+ k8 u# F: ]; ~链带式输送机 link conveyor
. ^, a* D/ |1 _链条 chain
: n6 F# n3 i6 D链条吊车 chain block
. A8 [9 {6 C; C4 }4 D8 f链条输送机 chain conveyor
3 E' A* \" f, ?1 A粱规 beam compass r4 V( ? s5 }) ]
两段退火 second stage annealing
1 o; E1 F6 m2 z5 I$ p& r量产铸件 mass-produced castings
4 x3 i( v6 R6 @% \3 u量角器 protractor
T2 Q8 k$ t. f7 |$ G钌(Ru)(稀金属元素) ruthenium. x7 S6 P7 O6 l3 B+ H# A
裂断负载 breaking load3 n. r9 Y" g( c! F7 j
裂断强度 breaking strength
" n a& n, ~0 M3 K/ o/ X7 k裂断试验 breaking test
% r+ P- n8 A$ _: R裂断应力 breaking stress
/ E5 w6 {% k/ S( v& {# |8 B裂缝(铸疵) tears
# i5 X9 A. D5 s. c* v4 z裂痕(铸疵) crack
, u/ B9 H1 t3 p裂痕浸渗试验 crack impregnation test
* K6 {" Z9 I, {5 f# t裂痕扩散 crack propagation
( _& Y, y, a/ z. D裂痕试验 crack test
6 X1 h# @# B2 F9 S+ w淋式水冷熔铸炉 shower type water-cooled cupola
. g* [9 d- O( i7 h9 z' d: E磷 phosphor(phosphorus)' q% m9 P2 I$ T3 y
磷(P) phosphorus3 p0 i( y9 k& u& R
磷化物 phosphide
$ S$ R! j& b) k5 Z) h8 a, ?" R2 A磷青铜 phosphor bronze
4 b) N, J/ z" K6 h9 J1 |磷酸防蚀法 parkerizing
/ H- s! f8 j; q磷酸监涂料 phosphatic coating1 O) P; s- }' i3 M/ f7 v
磷酸铝 aluminium phosphate3 C- L" R& D) m; k
磷铁 ferro-phosphorus
, \/ J x, H O% ?+ x磷铜 phosphor copper
5 f$ z' u( H5 I4 t6 R5 @$ ~磷珠(铸疵) phosphide pearl
+ K y# H. ?6 f5 N磷珠(铸疵) phosphide sweat7 ?1 a2 _- h3 {7 m. N
临界点 critical point
8 `* W+ b5 R, Q) E# G7 l0 U临界凝固率 critical solidification rate ]9 n' `6 C/ j. `1 ]5 W' Z7 _; T
临界温度 critical temperature7 Z9 h5 O3 q2 c
临时模型 temporary pattern
1 B6 ]' L; _# I1 o鳞石英 tridymite
L9 G1 ?) M M* f5 l9 G* q7 R7 x菱镁石,苦土 magnesite
7 l1 M/ @/ @$ K/ f菱铁矿 siderite
, ] [! U. o0 F灵敏度 sensitiveness, e/ V9 H" U2 S
流 stream
" B. i1 a% Y- t3 m- y流槽 trough, Y. D h K7 ]3 r+ U
流槽,出铁槽 launder5 A' a8 J2 {5 s2 X5 o" r6 v9 C$ u
流程图 flow chart7 I) ?/ p* x$ q
流出槽 spout
2 a! k& Y+ \/ j8 ~0 J k' M流出孔,出铁口 tap hole8 k k/ I) l% {
流道冒口 gate riser
; z# E$ u: o+ Z0 u& |9 s! D流道砖 runner brick7 q3 Y/ V) H+ R! n( L$ u
流动,熔接道 run& W) @2 p- m7 @
流动型自硬性砂模 fluid self-hardening mold sand$ J( N: r ?0 ^0 U% s) z
流动性 fluidity
& H$ o! q5 W: a. x流动性 liquidity
+ L, y" t3 ~- g( t8 o流动性试模 fluidity test mold
! \7 |7 D3 y5 ^: ~ }' m流动性试验 fluidity test
3 ^3 z$ A/ b; X* ~* W7 s流动性试验(铸砂) slamp test
g- s1 j. J! h% N6 C流动性旋涡形试片 fluidity spiral3 C. \4 ?. F/ f" Z! f8 f* l
流动性直棒形试片 fluidity test bar piece" }5 c. S: A8 ?
流动值 slamp value Z5 Z/ d. U3 s( o) m/ V
流缝(铸疵),接缝 seam d1 ], z- X ?$ T0 Y# o/ [
流量计 flowmeter
* q4 ^5 q% E4 f, W' `+ x流砂(造模用) fluid sand
* Z' P" Y ]& _0 _7 c5 b- q流砂(造模用) fluidized sand
( J% K) x% ~* Q& x: c7 G流砂造模法 fluidized sand molding |
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