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To date, our company has developed a series of high-performance nanostructured organosilicon luminophores (NOL). They combine the best properties of organic luminophores and inorganic quantum dots: high absorption cross-section, excellent photoluminescence quantum yield, fast luminescence decay time and good processability. We anticipate further applications of NOLs as working elements of pulsed dye lasers in photonics, optoelectronics and as fluorescent labels in biology and medical diagnostics. Main characteristics developed NOLs presented in the table below. More technical specifications - upon request.

Nanostructured organosilicon luminophores (NOLs)

NOLs

Cat No Absorption λmax, nm K*104,
cm2/g
Luminescence λmax, nm FWHM, nm PLQY, % PL decay time, ns Emission
colour
NOL1 213, 262, 342 8.0 390, 412 55 80 0.75  
NOL2 213, 262, 366 6.7 390, 420 42 78 0.86  
NOL3 213, 262, 335 5.8 377, 390 45 85 0.73  
NOL4 213, 262, 367 7.4 396, 420 65 96 1.04  
NOL5 213, 262, 375, 396 12.5 416, 436 60 82 4.47  
NOL6 213, 262, 316, 457 6.5 588 120 87 7.75  
NOL7 296, 367 9.6 396, 419 70 96    
NOL8 337, 348 6.6 396, 419, 443 38 85 0.87  
NOL9 327, 455 7.4 588 115 95 7.17  
NOL10 337, 513 6.1 655 95 78 5.23  
NOL11 332 11.7 396, 420 65 96 0.98  
NOL12 296, 369 9.8 398, 422 65 98 0.98  
NOL13 319, 400 7.1 502 105 83 4.70  
NOL14 302, 402 10.1 502 110 90 5.38  
NOL15 375, 455 7.5 588 110 65 6.55  
NOL16 296, 386 12.7 486 70 99 5.45  
NOL17 340, 385 7.7 438, 468 70 94 0.9  
NOL18 328, 388 8.4 438, 468 70 93 0.83  
NOL19 340, 385 6.4 438, 468 72 87 0.93  
NOL20 213, 262, 388 7.5 468 73 84    
NOL21 332 9.5 396, 420 68 93 0.93  
NOL22 321, 333, 345 11.5 398, 422 66 98 0.91  
NOL23 337, 348 7.3 396, 419, 443 44 74    
NOL24 308, 368 6.9 398, 419, 443 44 85    
NOL25 310, 342 9.0 390, 412 56 75    
NOL26 330 10.0 392, 412 50 85    
NOL27 333, 342 7.1 391, 412, 439 48 87    
NOL28 333, 376, 396 6.0 417, 433 51 82 4.30  
NOL29 265, 362, 514 7.2 655 103 67 5.29  
NOL30 379, 512 7.1 655 104 75 5.18  
NOL31 351, 495 5.6 621 104 80 6.86  
NOL32 358, 429 6.0 597 114 60 2.62  
NOL33 314, 404 4.7 524 115 95 4.36  
NOL34 316, 455 7.9 592 154 99 10.61  
NOL35 364,512 5.6 655 87 62 5.76  
NOL36 322, 416 9.6 541 121 73 4,44  
NOL37 277, 386 3.2 487 70 97 7,36  
NOL38 382 11.6 431, 458 69 88 0.95  
NOL39 325, 406 11.0 539 121 81 3.50  
NOL40 348, 424 7.2 591 113 64 2.68  
NOL41 395, 501 6.5 650 104 76 5.72  
NOL42 369, 509 6.5 644 111 80 4.87  
NOL43 295, 335 10.1 465 90 99 1.90  
NOL44 299, 335 11.8 463 99 99 2.20  
NOL45 254, 335 7.4 464 97 99 2.08  
NOL46 252, 337 7.5 459 94 65 1.17  
NOL47 320, 385 6.9 470 78 75    
NOL48 256, 353 7.9 457 98 65 0.68  
NOL49 365, 496 10.3 615 132 81 4.92  
NOL50 264, 301, 413 18.9 612 218 80 60  
 

K – absorption coefficient
FWHM –  full width half maximum
PLQY –  photoluminescence quantum yield
PL decay time –  photoluminescence decay time

Materials for applications in high energy physics

and organic optoelectronics.

 
 
 
    

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