S-BF2, Organic Phosphorescence Nanowire Lasers OSSL, CAS 2095631-11-9

S-BF2

CAS No: 2095631-11-9

Chemical Name: (E)-3-(((4-nitrophenyl)imino)methyl)-2H-thiochroman-4-olate·BF2

The first triplet-phosphorescence Organic Solid-State Laser (OSSL) from nanowire microcavity of a sulfide-substituted β-hydroxyvinylimine difluoroboron compound, for more information, please review TDS and selected references enclosed.

1M TDS S-BF2 organic triplet laser

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ODP ODP* free radical, NIR1059, Transparent Near-Infrared Thermochromic Dye

1M TDS ODP free radical NIR1059 NIR thermochromic dye custom made   ODP radical  (dye) shows almost no perceptible color change to the naked eye and remains highly transparent over all temperature ranges, whereas the intensity of the NIR absorption drastically changes, furthermore, it maintains its absorption properties in a polycarbonate matrix and high stability. … Read more

Classic Pi-Materials MEH-PPV MDMO-PPV PFO PFB F8BT KP115 donor OPV, OLED OPD intermediates

From light emitters, transistors and solar cells to printed electronics in general, classic Pi-materials are still the basics for better understanding of relationship between structures and properties; 1-Material is the reliable source for classic Pi-materials. Some examples are listed in the attached, please contact us if you can find what you need.

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Dark quenchers QSY21, QSY21 NSH and more for your bio-logic applications

Dark quencher molecules are now regarded as key components in the design of smart optical bioprobes, especially those that rely on Förster resonance energy transfer (FRET), currently used in protease activity assays, nucleic acid hybridization, and real‐time polymerase chain reactions (PCRs).  In responding to growing demand of these bio-logic molecules, we are open to custom-make these dark quencher molecules to certain customers according to your specific specifications. For illustration proposal,  QSY21 acid, QSY21 NSH and other common molecules are exampled below.

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