i want to know DIN standard number for cast alluminium alloy?
813218
Try the following website if this may be useful :\n\nwww.conexindia.com/copper_casting_alloys_datachart_CDA/copper_casting_alloys
271693
Well, the minor Dia on a 5-40 die is .0952.  This is larger that your 5/64 stainless rod.\n\nHope this helps
146862
Hi jansolo2000,\nI cant give you the numbers but one is to many. Try http://www.madd.org/. Thanks: Blueladybug
942742
dont know... i have a TI89 Titanium\n\ntry the texas insturment website
899334
see first u must understand that aisi,astm,en,jis,din all the standards are distinguish as per composition of a steel.\n\nso as per the customer requirement we are developig a standard of a steel.If it answers to a already available standard such as jis,bin,is,etc etc we are following that..\n\nso we must follow the P - no of the steel specified by ASME sec IX..that is the major classification which is globally followed
59713
http://webbook.nist.gov/cgi/cbook.cgi?ID=C13463677&Units=SI&Type=IR-SPEC&Index=1#IR-SPEC
599527
I believe you mean Neodymium At. Number 60, a Lanthanide\n\nhttp://en.wikipedia.org/wiki/Neodymium\n\nYou will find all you need to know right up there.
349656
Go to the manufacteror website
10210
The number is a rating for the hardness of the lead/graphite.  Lower numbers are softer, higher numbers are harder.  The #2 is optimal for optical scan sheets and wear.
206156
Note that both of the above posters are right but the fact that it's a very specialized test wasn't emphasized. If you are thinking of testing a sample of a steel alloy you have currently you will need to get a sample machined to the diameter and thread specified by the ASTM standard as the previous poster mentioned.
242811
www.constructionbook.com/xq/ASP/ ProductID.3422/id.341/subID.752/qx/default2.htm \n\ntry here....i find it in google
1040193
Try this link\nhttp://diode-lasers.globalspec.com/LearnMore/Optical_Components_Optics/Lasers/Diode_Lasers?se=gt
867056
barium: 1s22s22p63s23p64s23d104p65s24d105p66s2\n\nradium: 1s22s22p63s23p64s23d104p65s24d105p66s24f145d106p67s2\n\nsry if it looks a bit confusing without using exponetnts but im sure u could figure it out
150951
You may mean the ISO (International Standards Organization) tolerance grade, which is not limited to drilling (applies to all dimensions).  The method is an efficient way to express tolerances, and is being used more frequently on CAD drawings these days. (Smaller drills have tighter tolerances; larger drills have looser tolerances).\n\nMachinery's Handbook has the standard (and the ANSI/ASME version too), and is the most useful way to obtain the information.\n\nOtherwise, check the links out below - you can purchase the standard directly from ISO - there is not much free information on the Internet because it is copyrighted.
321009
please look at alumini.net
896371
It is now called Roentgenium 111. Look it up in any search engine.
902933
Au - 6s2 4f14 5d9\nNd - 6s2 4f3 5d1\nCl - 3s2 3p5\nununillium - 7s2 5f14 6d9\nZr - 5s2 4d2