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    Reply  Monday, June 23, 2014, 09:47, Laura Lambert, SiC, 39530-8, HP-FEBIAD, In progress, Conditioning SiC#31 target current_vs_temp.jpeg


    
        
            John Wong wrote:
        
        
            
            
            
              
    Reply  Tuesday, June 24, 2014, 23:57, John Wong, SiC, 39530-8, HP-FEBIAD, In progress, Conditioning SiC#31 target 2014-06-24_16.57.17.jpg


    
        
            Laura Lambert wrote:
        
        
            
            
            
Entry  Thursday, October 23, 2014, 15:38, Laura Lambert, SiC, 39530-8, HP-FEBIAD, In progress, Testing the new OMEGA-IR2C on SiC#31 target 2014-10-23_15.12.56.jpg2014-10-24.jpeg
 Thursday, October 23, 2014, 15:34
*See elog #142 for target description*
one endcap still in place, one removed for OMEGA-IR2C beam to reach material [see pic]
Entry  Tuesday, November 04, 2014, 16:20, John Wong, SiC, , TARGET BOAT, In progress, TEST: Fabrication of SiC & Determine phase transformation 3C vs 6H 
Tuesday, November 04, 2014, 16:08
The purpose of this experiment is to improve the fabrication of SiC.  Previously, the SiC target was heated to 2000c and yellow crystals were
observed.
    Reply  Tuesday, November 04, 2014, 16:21, John Wong, SiC, 39530-8, HP-FEBIAD, Done, Testing the new OMEGA-IR2C on SiC#31 target (NOT TO BE USED ONLINE) 


    
        
            Laura Lambert wrote:
        
        
            
             Thursday, October 23, 2014, 15:34
Entry  Friday, April 17, 2015, 16:14, Laura Lambert, SiC, 38817-7, HP-SIS, In progress, Sintering SiC#31 
 Friday, April 17, 2015, 16:01
Total number of foils: 520 discs
Total mass of materials [incl graphite foils]: 60.2441g
    Reply  Thursday, April 23, 2015, 10:17, John Wong, SiC, 38817-7, HP-SIS, Done, Sintering SiC#31 Screen_Shot_2015-04-23_at_3.04.01_PM.png


    
        
            Laura Lambert wrote:
        
        
            
             Friday, April 17, 2015, 16:01
Entry  Tuesday, June 23, 2015, 12:26, John Wong, SiC, 38817-6, HP-SIS, In progress, RUSH! SiC backup target undergoes sintering process 
Tuesday, June 23, 2015, 12:21
Target container is loaded with 485 discs of SiC with packed length of 17.4cm. 
Container is wrapped with 3 Ta-heat shields and previously coated/sintered with TaC.
    Reply  Thursday, June 25, 2015, 16:13, Laura Lambert, SiC, 38817-6, HP-SIS, Done, RUSH! SiC backup target undergoes sintering process IMG_20150625_152233125.jpgIMG_20150625_152256456.jpg


    
        
            John Wong wrote:
        
        
            
            Tuesday, June 23, 2015, 12:21
Entry  Tuesday, September 01, 2015, 17:20, John Wong, SiC, 39530-5, HP-FEBIAD, In progress, Sintering SiC#32 
Tuesday, September 01, 2015, 17:16
Target container contains 533 discs of SiC with packed length of 17cm. 
Mass of 533 discs SiC(green)  = 57.8979g
    Reply  Wednesday, September 02, 2015, 11:28, Laura Lambert, SiC, 39530-5, HP-FEBIAD, In progress, Sintering SiC#32 Screenshot-1stsintering-prewindow_coating.JPG


    
        
            John Wong wrote:
        
        
            
            Tuesday, September 01, 2015, 17:16
    Reply  Tuesday, September 08, 2015, 15:56, John Wong, SiC, 39530-5, HP-FEBIAD, In progress, Sintering SiC#32 SiC#33_HPFEBIAD_temp.PNGSiC#33_HPFEBIAD_temp.xlsxleft_window.JPGleft_window_1.JPG


    
        
            Laura Lambert wrote:
        
        
            
            
            
              
    Reply  Wednesday, September 09, 2015, 18:24, John Wong, SiC, 39530-5, HP-FEBIAD, In progress, Re-conditioning SiC#32 Screen_Shot_2015-09-09_at_5.53.15_PM.png


    
        
            John Wong wrote:
        
        
            
            
            
    Reply  Thursday, September 10, 2015, 09:58, Laura Lambert, SiC, 39530-5, HP-FEBIAD, In progress, Re-conditioning SiC#32 


    
        
            John Wong wrote:
        
        
            
            
            
    Reply  Thursday, September 10, 2015, 12:05, John Wong, SiC, 39530-5, HP-FEBIAD, Done, Re-conditioning SiC#32 Screen_Shot_2015-09-15_at_12.37.19_PM.pngScreen_Shot_2015-09-18_at_9.10.13_AM.pngScreen_Shot_2015-09-24_at_11.30.25_AM.png


    
        
            Laura Lambert wrote:
        
        
            
            
            
Entry  Tuesday, November 10, 2015, 14:34, Laura Lambert, SiC, 41077-3, LP-SIS, Done, temp measurements with 3xTa h.s on LPSIS (small block) container with SiC Evernote_Camera_Roll_20151110_110128.jpgEvernote_Camera_Roll_20151110_110129.jpgstriptool_screenshot_above_1700C.JPGtemp_measurements_on_LPSIS_(small_block)_container.xlsx
 Tuesday, November 10, 2015, 14:20
Container previously sintered with TaC coating and temperature measurements taken [see elog ID#
256, 257, 258]
Entry  Monday, January 11, 2016, 15:47, Laura Lambert, SiC, 41077-3, LP-SIS, Done, Conditioning SiC test target for test stand measurements Photo_2016-0-13.jpgPhoto_2016-01-13_#2.jpgPhoto_2016-01-13_#3.jpgPhoto_2016-01-13_#4.jpg
Monday, January 11, 2016, 15:25
Small center block LP-SIS container previously sintered with TaC coating
3x Ta heat shields
Entry  Thursday, March 24, 2016, 12:05, John Wong, SiC, , TARGET BOAT, Done, Test#3: E-spin SiC with PAN Screen_Shot_2016-03-26_at_3.39.35_PM.pngTGHT_faulty.PNG
Thursday, March 24, 2016, 11:37  
SiC powder (<1um) [10%] was mixed with PAN solution [10%].  Solution was sonicated before e-spinning.  
Fiber mat was binded to graphite foil and heat treated to 250C in air for 1 hour.  
Entry  Thursday, April 07, 2016, 15:23, John Wong, SiC, , TARGET BOAT, Done, E-spun SiC/PAN thermal treatment  SiC_PAN_1400c.PNGarchiver.PNG
Thursday, April 07, 2016, 15:18
E-spun SiC/PAN fiber mats were produced at UBC.
12%PAN solution; 50% SiC to weight of PAN.
Entry  Thursday, May 19, 2016, 14:38, John Wong, SiC, , TARGET BOAT, In progress, Heat-treatment: Beta-SiC (1um) target discs  
The purpose of this experiment is to determined the limiting operating temperature for Beta-SiC.  To do so, samples will be heated in sequence
to observe any volatile Si coated on the window.  The coating is observed above 1400C for the conventional SiC (mixuture of alpha and beta) and this
coating leads to HV shorting problem.  
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