BLACK MASK: 03/02/18

Friday, March 2, 2018

Ok ...back to war! So, how do kill this whoores ...this is the passport (electronic) diagram connection, to crack

October 16 1793 - Marie Antoinette Execution

for the paper detection...
on normal daylight conditions, the security fluorescent pigment powders are virtually invisible on paper. However, on exposure to UVA (365nm, black light), UVB (300 nm), or UVC (254 nm) the unique fluorescence colour becomes visible. LuminoChem pigment powders are highly effective special additives for coding and marking purposes (e.g. usage in security printing). Possible application fields are high quality, solvent-free or solvent-containing special security printing Inks and lacquers with very good light fastness on plastic and on paper surfaces.

LuminoChem - Fluorescent Pigments for Security Printing Inks | LuminoChem

Unique Fluorescent Pigments, UV powder and Luminescent Materials for Security Printing and other Security Applications. Ask for Free Product Sample!

LUMINOCHEM.COM

http://www.luminochem.com/pigments-for-security-printing/fluorescent-pigments-for-security-printing-inks

Under Visible Light	Under UVA Light	LUMCAT Open Technical Data Sheet	EMISSION MAXIMUM: 430 nm. Appearance at UV-A light: BLUE. At visible light: WHITE-Yellow. Fine particle size (d90<2 m="" p="">	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LU0012 Open Technical Data Sheet	EMISSION MAXIMUM: 435 nm. Optical whitener, high diffusion permeability. Appearance at UV-A light: BLUE. Fine particle size (d90< 2μm)	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUPA1 Open Technical Data Sheet	EMISSION MAXIMUM: 448 nm. Appearance at UV-A light: PURPLE. At visible light: White powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUTEBU Open Technical Data Sheet	EMISSION MAXIMUM: 458 nm. Appearance at UV-A light: BLUE. At visible light: White powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUHK2 Open Technical Data Sheet	EMISSION MAXIMUM: 463 nm. Appearance at UV-A light: BLUE. At visible light: White powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUQ1 Open Technical Data Sheet	EMISSION MAXIMUM: 470 nm. Appearance at UV-A light: BLUE. At visible light: off-white. Fine particle size (d90< 2μm)	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUECAT Open Technical Data Sheet	EMISSION MAXIMUM: 485 nm. Appearance at UV-A light: GREENISH-BLUE. At visible light: White-yellow powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUGB Open Technical Data Sheet	EMISSION MAXIMUM: 479 nm. Appearance at UV-A light: BLUE. At visible light: Light yellow powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUGBZ Open Technical Data Sheet	EMISSION MAXIMUM: 493 nm. Appearance at UV-A light: BLUE. At visible light: Yellow powder.	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUOMECAT Open Technical Data Sheet	EMISSION MAXIMUM: 501 nm. Appearance at UV-A light: GREEN. At visible light: yellow. Fine particle size (d90< 2μm)	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUAQ Open Technical Data Sheet	EMISSION MAXIMUM: 508 nm. Appearance at UV-A light: GREENISH-BLUE. At visible light: yellow. Fine particle size (d90< 2μm)	MSDS	Call for Offer
Under Visible Light	Under UVA Light	LUEG Open Technical Data Sheet	EMISSION MAXIMUM: 517 nm. Appearance at UV-A light: GREEN. At visible light: white. Fine particle size (d90< 2μm)

and this is what I was talking about....(let me see the technique somewhere on my thousands of favorite links..

) yes...the paper, has a plastic layer, and the print of the hologram is...on the that layer

welcome back to war! So, another weekend just started...let's all make a revision of passports ...this is the optical detection of the specific paper of the EU passports....so, as they see the photo security, they also, at the same time, detect the paper.