Spectrum List
Chlorella vulgaris - 11.1 mg Se/g DW
jbtp6P
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
rZppp2
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
Y9VUrT
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
LuknjD
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
33FgLv
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
YSkhpY
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
UPU3Wj
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
cmUu3W
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
Tmfj81
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
kKPlWn
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
hZobJ2
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
5aT1c7
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
eDe3Ed
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
OhmflU
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
yWGFe3
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
WTjMM8
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
zXdli4
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
4Sa9Yy
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
YTxZmT
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
BFefDS
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
YKZ31x
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
DGwiBi
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
LX96O3
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
kTlh5h
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
sD2PaK
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
BBy2CL
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Chlorella vulgaris - 11.1 mg Se/g DW
LIqXPH
None
Algal cells sultivated for 3 days in Se-enriched medium with the Se additions in concentration of 32 mg Se/g DW/day. For more details, see publication "Raman Microspectroscopic Analysis of Selenium B…
Glass capillary fluorescence; focus = 60 um above surface
7cJkLi
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused 60 um above the top surface of the capillary
Glass capillary fluorescence; focus = 40 um above surface
aG06kO
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused 40 um above the top surface of the capillary
Glass capillary fluorescence; focus = 20 um above surface
n7xihm
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused 20 um above the top surface of the capillary
Glass capillary fluorescence; focus = top surface
I6clvn
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the top surface of the capillary
Glass capillary fluorescence; focus = glass/diH2O - 200 um
nOUZAj
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 200um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 180 um
HbkuZP
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 180um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 160 um
1WzASI
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 160um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 140 um
P2DQ85
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 140um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 120 um
A46nkh
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 120um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 100 um
xi3C99
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 100um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 80 um
1nNyrO
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 80um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 60 um
QVbxti
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 60um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 40 um
8XUIW6
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 40um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O - 20 um
rAqYRf
None
InVia Renishaw Raman microspectrometer; 20x Objective; Glass capillary ID = 0.5 mm, OD = 0.7 mm; Laser focused at the 20um below glass/water boundary (in the 'sample')
Glass capillary fluorescence; focus = glass/diH2O boundary
B9BC2G
None
InVia Renishaw Raman microspectrometer Glass capillary ID = 0.5 mm, OD = 0.7 mm Laser focused at the top glass/water boundary
Glycerol 10 percent in water
VzKb4Q
None
A part of dilution series glycerol/water with 10% glycerol and 90% deionized water. Microscope objective 50x. Laser power 100%, roughly equivalent to 70 mW on the sample.
Glycerol 1.0 percent in water
4HBtrZ
None
A part of dilution series glycerol/water with 1% of glycerol and 99% of deionized water. Microscope objective 50x. Laser power 100%, equivalent to about 70mW on the sample.
Glycerol 0.1 percent in water
Lh8uNX
None
A part of dilution series glycerol/water with 0.1% glycerol and 99.9% deionized water. Laser power 100%, equivalent to about 70 mW on the sample.
