JPS5953580A - Cathode-ray tube having high resolving power - Google Patents

Abstract

PURPOSE:A cathode-ray tube having high resolving power having a fluorescent film comprising a specific fluorescent substance as a green fluorescent component, having a specific afterglow, not causing color deviation even by long time use. CONSTITUTION:The desired cathode-ray tube having a fluorescent film consisting of (A) a fluorescent substance of green coloring component comprising a fluorescent substance of zinc silicate shown by the formula (Me is Sb, or Bi; 5X10<-5= x<=3X10<-2>, 0<=y<=5X10<-3>; 0<Z<=1X10<-2> as a main component, having a 10% afterglow time of 5-150 milisecond, (B) a fluorescent substance of red coloring component comprising a fluorescent substance of orange - red of long afterglow having 10% afterglow time of at least >=5 milisecond (preferably fluorescent substance of orthophosphate activated with manganese, fluorescent substance of oxide of rare earth element activated with europium, etc.) as a main component, having 10% aferglow time of 5-150 millisecond, and (C) a fluorescent substance of blue - bluish white coloring having 10% afterglow time of 5-150 milisecond.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a high-resolution cathode layer tube (with respect to tC) having a long afterglow edge, red, and 51. Light formation phrase right'11", 4 f'yζj
It is a 4R pipe that is used in Europe, 1-1-1), filter 3
, As is well known, some black and white IS, ・i l1Ilhl blue υ) Firefly "A', 11';! No. O red 51. Mitsunari 'r'
r', [1 light body, green light component'1) 1) Y: body and blue light emitting component phosphor mixed in appropriate proportions)
1': A film of a light mixing phosphor, and -hru cathode 4'
l: Tube σ bow 1 element membrane is a red light emitting element consisting of a red light emitting component phosphor, 9,1! : Color light-emitting component element t,' jI=I1 may also be an H-color light-emitting element Od'-biu 11 colors 51) 1-component: - Blue light-emitting element υ) light-emitting element itrio (generally Each light-emitting element has a regular fI [formed in a sliver M1, 1jl-] 1, which displays detailed characters and figures. Computer error ψi:', i display device i/, 1i11'1
．． Sky (...? High for control system display devices ijj, etc.)
1j11''ζ', + 1.l'j'
i1 direction 1 ・i) Let θ be the weaker side for filtration and 2, 1
1r: (・1・・Kli tube υl '7h', Is there any known method to reduce the diameter of the solenoid and reduce the solenoid frequency (・zll, sub, c, for television? [Scrap (I11□1■Pipe etc. ())
Go) → 1・Tube θ) Frame frequency, 5511z1) 1
1st: So, by lowering this frame frequency to 30 fizse, the frequency band 114 is expanded to approximately 2x1ζ of the Lh1 tube. ; Frequency μfluoric acid'ts, '11's Jl
15 of l', polar ray tube υ) about 1/2 times Itc-t'ii,
' , ', You can increase the Kaku Ittsu Mesho by Mi, Kataki, and So Jl and say <1 No. Like this, 1 cup, 1 MI
441. ．． 1' $iθ) so1, -no, decrease the frequency・1'! Therefore, the 1Ilr IH4Ill
: t,, 7 to increase the number (j-1f interval) i
fiz 糾 1 tube (1) i, ji miss times■°1°i video frequency 粁ii: area or rule -l, frequency Vdo fii' -r, J
The distance between the l'lj wave and the left band is 1゛)
teA・)ruOC(/ + , 1 ?lI to the eighth high school Qii 2; degree 1 shoes・
, 4"1kr1.:"l'4,'""jj+')
'(,'The membrane remains long)'(,+'l's A1'''1 b r4 body consists of A1 A) It is necessary.This Jllll, 1...
When the phosphor-C of the polar ray tube is configured, 'jW)' (l film scanning speed is slow (because of the 1:) C on the screen. This is for the purpose of reading 41゛.
・"f'iθ)i constitutes a light film" 1-Roi 1: ・B0 cup is afterglow 11;l, between (excitation at non-exposure, after 114 stop, emission is 1!U> or during excitation For low [・−1−σ) up to 10%, −3−1lljr, li, il ,,,i.e.
l () % afterglow time J) or funo (
Hl's 1 (・, extremely! 'ri's fluorescent film l'i')
/j! l, 1-low short afterglow fluorophore from number-1 to
・It must be a hundred times longer.

Not available! 1′ [Person G”, good both f elephant 11 cloves possible f1
1 shi and -J-ru high 111'l' image resolution +ip: pole f, 11
The tube (hereinafter abbreviated as cathode 糾shichi)] J, 1 provided with a special long afterglow blue color 1 ``Light afterglow light'' and long afterglow green to all orange light emission Ir: Nine bodies etc. Jj, j plan [-
1 (121 Gansho 57 No. 12866, No. 57-2554)
May 45), also a long-afterglow red-emitting phosphor tree known from ancient times;
and J = afterglow flt color sheet - light firefly nine body σ) improvements etc. 42
．． (Japanese Unexamined Patent Application Publication No. 1982-1.21.25, I have been repeatedly grinding the rod or Ij tube with the body etc. in the fluorescent film (Special Le+iI] tf 57 1L867 No. Q11) +
1 and y-71 or 1-note) + 9), (iri
1 from Industry 1 to Practical No. 11-Rotameshi-(r, I:
'l'! ] Deterioration of the light body of 5if (・T different color ゛ Do you know? I'/, 'c liJ ilJ do A [su, this reform 1] is the main difference between the middle 2 years, ro 1゜1, Same coloring - 1 for the cause of the occurrence of G soil, cathode tube
・The green color used for 1, light component ('A as a light body,
System 11 Seiko (,7.++28i04 :~IIT (
As) '1.
t:・U°(, body or tl-Kiyōra A(rotaN)te゛a
li) 1, Funeral 11>1 +, 1', '+L+, "f' Atj
ll DJ) J Kiju & C: tj riro notification'>'l','
Ii: C') 31E)Y; 'j Insect Melon Japanese 11.
``J-graph shows the case of curve a &;!Jl; 1 or tonowakaku), the above Zn25
iO-+ :hl++(As)riI:・)(=makes the body green6)Y;
7) Shizuku'li 1 Fumitsu I, 11th-cho' middle school, child week Jj
Due to the remarkable transformation of Meshin 1υ Reno 7, there is a new life. For this reason 1
11μ t'1' for a long time -c 1 so 4 l
In addition, the place color - J is raised and used] E7V - <Sealed across from the naroru door I1
1
．． 1. Use a strong ball mill for a long time (if not 1, it will be uniform), c1:・Formation of a light film I-rotation/, I3
, gi; Figure 2 shows ball mill mixing 11.1 interval (vs. 1
-A) The curves a, b and C represent the change in luminescence intensity of the 119 bodies over the course of λ1 (llf).
Compound-based blue-emitting phosphor, siliceous salt-based green-emitting phosphor described in - 5; yoO-phosphorus-11-salt-based red-emitting y) The case of the Y4 body is not shown.

Figure 2 or 1) As you can see, a strong hole mill is used.
:J'3il system 4ti' nine bodies), a significant luminance deterioration occurs as shown in curve a of C21〉1 as shown in -4-, and this causes cathode illusion! This will result in a huge amount of damage.

The purpose of the present invention σ) The purpose of the invention is to use the conventional method for the use of time on (l, 1 or L). Irozu” 1 gazar 1 life (・1i′−Φ
), thread □! Providing a shield” 1
．． Light componentization/light body and 1-1 fluorescent light simulation + -3' 6
1 included (・Rishi, fl: l pipe ν(-) found out that the 1st objective could be achieved l- and completed Thu 1 Ming 17. High M IcI ID',
I Togoku Kasu IIT Ha, (1,411+1ν formula: /, nzSi04Jinx, Asy, Mez (however, hic is antimony: t (5 and less of bismuth)
On the other hand, X, yA'6 yo O・z(,1, so'1
zo J+, 5 X I (1-"≦X≦:3 X 10
”'.

(1-s y≦5X]0 yo6 and Q (Z≦1×1
The condition of 0-2 is expressed as 411-1 ゛ number a)), II silica 1'l:zincified)'C isomer is the main component, 10 b~: )Y, ll, IJ
'・1 minute firefly yC4 bodies, (It) I 09゜Tare)Y
, for at least 5 milliseconds or less.
1: ) (: 4i) color to red 9 )'(:, ”;
(:" Original f Iwo-1-component, l O% afterglow time 5 ~ I 50 mi') 44゛Q Ai・ru red 51. Light componentization River 10 u v 9
':<)'1';It's 1111 force/5 to 150 milliseconds 7:,)1! i-colored to bluish-white) "t=r
js,・differentiation・light body) Naroi, 1-11W,: has 1-rokoto 114. It is a sign.

Below, regarding Honou and Akira, d) Description-4-B) 1, Child Ren σ)
Toyo 5, Rimotoza 1 Bright February 1 (・+'+Jl I) Crimson Za 1 Light component Fluorescence I A・Ha group Ru) formula 7. o2Si(-1
,+:8Inx,)~S)・.

Express yourself with Mcz! +, 81C is less than antimony and O.
: +6 and Z is so, lI so J+, 5 X 10 ≦
1≦:3X]0-2.0≦y≦5 1- is A;, ruka, 4, hj1 word%"+Yo (9 and Z or so I X 10 "≦X≦lXl0-", 1
0 ≦y≦2×10 and 1×10 ÷Z≦, 5X
] O satisfies the condition '1- Also the above zinc silicate: It is more preferable to use a light body (・a) (the silicate extension 41-n firefly)
(: 44 (, (7) iJq ; <H, -force〃-etc.G"
, not appeared j;:li first 'l'!l 1;1 shi '11+'/91'illi', j 57 34
G20→S let: ii' to #l'l kc
nR'Jl 3Watei 2) ゛[Please see 111 light::l 1N in this city. ). -J2 recording color development 5
v, component a1. The light body is necessarily based on the pre-sulfurized (1), which is a green light body with a long afterglow of other green color.
Copper A Riroi is Copper O J υ・,j・(′・+7・−4 I use power as I・j activator, Caritas・, 11.1, C)・
17/Uno・θ)/I//1−< and I, one side is 21・1
As a jointly published talking agent, j (part of speech, bromine, ioji, fluorine sais...yohi)'luminium no ushi, σ) Sh1:I- 1-, l'
lil ff1l', i・1 n, r (811. ~
・, 1 θ) both a and j 51.9 and Et-, 2
The co-activating agent θ)-ti-1 is before that: jl:
4-'IQ''~JO-''i1' fi for J body;
9o, 10' ~ 10"1 small] 1; τoJ,;
J, bi5
A5) with o 1.・Light body L) I) Is short afterglow crimson (
3 in the book, 0, ro 4'Jli eyes dyo 0, aluminum Uno, alloy (i-copper 1, yohi halogen example activity (lli
e-zinc tai kokyu d/.

You can also input l, -4・, and in this way, you can also write a single i (also [
<(''-Mixed A1:・10% evening due to the light body (ω'C:
II! 1 hour or 5 ~ I 5 (l Mi IJ second ho color ㅅ 1' light component phosphor is the main part), 1 to 1 Jllll, et al 7
1+ru.

Yotakizuj: Meishi (two uses [) A (red light emitting phosphor 3)
Y - 1,000 4 mo 4.10% outside - 5 (between 1lL'I or a little 1.r
<G4) 5 Mi! 34 afterglow orange to red lights of J seconds or more [, the first light object is 10D] momme, and -1-a), and this θ) well remains ° (, orange to red light emitting order,) 114 bodies For example, the composition formula (Al1,1-thunor7um, strontium, etc.).

Barium, -\lillium, zirconium" and tin (7)
5 t) σ) Small 5 ``(Domo 11'' 1., to pc yo 1)
itL soo, yoo, button 0) at least 1f11 of us
! Deru)su, a, b.

C and X (Yosowazo Jl, 5
10-1゜O≦b≦10.0≦C≦10 and O≦
It is expressed by the condition that
), of which at least 1711 contains 111 and is 100% active magnesium silicate red-emitting phosphor (1'11).
g5i03; In), manganese and lead former calcium silicate ((one-color luminescence equivalence: photogen (CaSiO3: 11
．． In, yen)) etc.], manganese oxidation μ is acid nonodium orange luminescence qt:')Y; body [:3C(13(i'(
L+ ) 2- (: (lce2; to In), europium old feelings indium 41111 opium salt i1nige (=
B4. Similar to Europium Kyujoki - similar to the same type of futuristic thread fluorescent f ([Europium Kyujouki Dotsubara 11 ωIII Drunken Priest Mitsukyuu, Eurobi Eu J Lii) or Ln20: + : Eta, l
ly, the first tears of the world are Y, Gd.

1, Hao, ;8LbiLt+ 0) My little boy, [(also] Kami deru)ro).

2.--ITI Biuno, I = Il old play, ``suj1 vanadate +! I;->tI"・.

-L-IJ Biuno, old love 11-10,111 *゛f accented q of course red color 1. Light Hiroshi: I", (LnzUz,';
: l・:u), europium f] live 1) soil,
1 (Vanadine drunk: Jji, Aki, Takashi Kokan 'If')]
+ Manganese fluoride '1';
4i: C mankan kain old fluoride Kariuno maf neuno *<CL color 'd)' (, 'A: )' to body (1\NI
gl'3: NIr+).

゛Mankanii, j oil well conversion, red Tsu 1 mi light se; ; light i, (hlgt"2: to 111), etc.;, light body k), must')'j k (l according to −ClJ
, (l afterglow red to ((te color';ii)'CQ, 1:
) Y: body; 11:: I G V this mixture 1 ~ may be 0, this θ) In this way, Ir body is also 17 <&; l: /J-+
', Match 1. 10% afterglow 1111 in X body is 5 to 1.
In 50 milliseconds, red light emitted from IJV, light body, I
, : 5. (Used in light c) J, tro.

S;゛) A blue to bluish-white color used in various inventions.

*+1E' (: component firefly) 1C7 body HA (, 'J % remaining:) Y,,; qt of talent:・)Y; Also used in the bodyC)". koσ)'', up j-;Ii'・)
Y1 body and [..., 4Jl /z'j formula is ZITS:
Alz, NIx, hepx (I11, hel is button 1 or gold), 811 is gallium, indium or scandium 0) 51')
l''There is at least one god, and X is fluorine and chlorine.

At least I of bromine, iodine or aluminium, x c=-(iL' containing +
(') Long afterglow blue to blue-white luminescence 1: Light body (!1)h;;11
176] No. 70, 56-181
No. 624, 56-1.80721゛bow, 57-
1133-Chi J.

No. 56-212278, No. 57 12866) is applied to the wound with 41 (recommended, +1, if necessary, 1.) Afterglow blue-emitting phosphor (7, nS:
Ag, (,'l,ZnS: AL Ae'?
) ヲ Mixed shite also good y-, +1: ta, conventional non-applicant ka 1iiiil'Ijl standard: Ci! i color 'A', -L
-IQ remaining -77, ii: Use light body before suggestion 1-ro+
:) Short afterglow blue emission with J+ 4. , the light body emits green light with a long afterglow; the light body and the red light-emitting phosphor are mixed (to place iii
'I Light Blue Intermediate' (, Norubu Firefly)'1. body (lt
Shape JjA: L, book I1-light horn sea cathode 1t or I1) et al.'ll). Also mentioned:
3 colors, :+1',*,)l(,mix body,':l
k)'(, membrane and 1, black and white 1 of the present invention (lambda pole tube or IJ looking 3, naoG, co/trust ai), it is necessary ((-゛ko) Each emission) "'(, 1 Jly can be added to the face 1. 3゜This invention (/
211+i, @ij 螢) "6 bodies are 柁1 fig. curve 1" (I11 formula 7, n2SiOi: hlno, oos,
Aso, oos2. 5l) o. In the case of a zinc silicate phosphor, expressed as t + o2), there is a significant deterioration of l-2 < brightness compared to a conventional green-emitting phosphor! 1)
The quality is good (・3, and the coating quality is also good.) Even when mixed with other fireflies, it is necessary to use a ball mill etc. tsu-'-1)jl j
The cathode ray tube of the present invention, which is composed of a C4 body and a blue light emitting component phosphor, can be used for a long period of time. Even color, l
Indicates l/, 1: It took. Also, it has the greatest impact on visibility.''4-
Since there is little deterioration of the green light emitting component, it is possible to use a screen with a high y force n' branch. ,-) Buko.

The following will be explained in Examples 1-1, Example 1 r-1 (zinc oxide 7.no 7329 disacclimated silica 5iU230(By'3r'4!Arsenic dioxide j\s 20:* 0
．． I g trioxide'〕'ndimon 5b2C1+
29-1-assignment fr+ was thoroughly ground and mixed in a mixer mill, filled into an alumina crucible, and fired in air at 1.300'C for 2 hours. It'! After forming, the fired product was pulverized, and 375 g of manganese fluoride was cooled and mixed, followed by firing at 1300 °C for 2 hours. The thus obtained Jl-fired product was pulverized and purified [7, +tF1 formula Z++2Si04: rXlno, oos As
'o, ooo2sbo+ooz J used in the present invention
lrogreenzat': The amount of light is 3Hj. This phosphor exhibited an afterglow time of 70 milliseconds. Also manufactured using the same method!
1. Conventional 7. n2SiO+:λ1110.008AS
0,0002chi1;・light body, 5 ll milliseconds remaining)°
r, was shown.

l', ril-: used unnecessarily, fl shield color)
°C, firefly "6 bodies 35 small F1" 5, blue luminescent component firefly)'
(Remains in both bodies) ゛C5 time: 3 (7, nS with 1 millisecond cubic system as the main crystal:)\1y,, Ci;+
, C7 firefly)゛C body l :3 jJi: , f4j%,
and red luminescent component';Ix)'Afterglow time as L body 133,: IJ seconds ('/, Il, N1g), U(1" (month) 2: to In firefly 9°0 body 52 stops i ,i,
Mix the fluorescein evenly (~
The white one [: former firefly) 0 body is 1).

This phosphor was uniformly spread on the face plate 1 by the precipitation coating method (to form a fluorescent film), and then the black and white cathode X,! ,
J tube was made 3:'L L/ta.

11. of the present invention. The luminescent color 1-11 of the polar line 17 is the 3rd figure point (゛/JZ (x, y) - (0,277
, 0297) and the luminous chromaticity point after the deterioration test between 50011 and 11? The change was 1.7 degrees.

On the other hand, 1) IJ Conventional B: Conventional 1 dummy Gokukatsu by light body '1 A is the green luminescent component! I Yofu (tJ, sex or good)
Because there is no such thing, you have to use a ball mill,
For this purpose, a cathode ray tube is also manufactured (the emission shown at point C).
'I; It should show color, but the blue light-emitting component, which is a sulfide, deteriorates in a hall mill.12, point (1-(x,
y)・-(0,292,0,324). Furthermore, when this cathode ray tube was subjected to a deterioration test for 500 hours, the emission color was changed to point In or point (shown in 2 -3-(x,y)・-
(0,303,0,305), resulting in a color change.

Example 2 The composition formula χn2si□+Jl was obtained by the same manufacturing method as in Example 1.
no, oo, +, Aso, on, +, f3io, o
o2 te shows Jl-Z + green luminous light with afterglow time of 67 ms 1: Light body 2471i jJi section 7. nS: Co
, AI green yC body (1 do light body 11 cities i1.i: )
'S and lI are mixed l, and the green luminescent component illuminant and light body,
Afterglow time 30 m seconds 0) ZnS: Ag, C
10 hours]: 33 msec (Zn, Mg
) 3 (PO4) 2: In phosphor 3.1 city jA,'
j; 1; and Y2O2S: I: [1 fluorophore 14■
The hanging part is mixed to make a red light-emitting component phosphor, and the fireflies of this A + et al.) 'CI, are ・Fu top −Snow shi=−−−1・
1-(5 1・ ) 1・(Me, (・ko form 1+
'/-1, y 1. - after, i i) ((nonorer 1 melon''i, - The bright Cassie cathode rays are used for a long period of time, compared to the conventional non-color shade.
1. There were very few low brightness 1.

[Brief explanation of drawings]

Figure 1 is 'Yuko Tada! In the excitation-4 graph, I'r'' at 46 is the photogenic emission) 11 strong) showing the change over time of 1. Aya J
+ orange light used in tubes)' (1171 of one-component phosphor)
+li, ? ! i! b is the high pressure of the present invention
．． '1 Wave cathode k'JL 'I: Used for A'1 Ro green '71-Light component lI'1, bow 'C1 body case-1-
,,2C52 figure (,11, Su J to whole mill mixed old story
-'l-i firefly) ゛(7 bodies Uj '-+1': ) r7 strong N'i', 0) 'qIY) 1llj extract -4
-/' 97-C ant, song 11-1, 1) O...yohi C is Atzo] 1 it 1 is a monster type 11j color development) 'l'
; ;l'i' ) (, body, silicate-based green-emitting phosphor and phosphor 1 "1221 series red [/!, U Figure 3 shows the case of a 1-element fluorophore.
In the lJ diagram, this Kaimei high 1 (A image of the ventral cathode ray tube) [-(
]) High j+'103°) 1'1; Bipode ray tube ()) Shows the emitted light color 1 - 7t in the figure, A 2. . Figure 1 Haruki (hrs) Figure 2 Ball Mill'/Brother 13' Nito Tomo (hrs) Rod 3 Figure χ 4 Placement Proceedings Amendment 1982 + 2JI I II Patent J) Director-General 11j (I! Display of 1 Showa, 7th year special jI'#jl, l No. 163633”
2 Invention name height 1 image degree fil
L4! r ii'l iii? desired fU I/1
1(1)(1) The composition formula is Zll 2 S l 04 : Mll X, As
y, Me Z (however, MO is at least b − / j F of anti-septane and bismuth, X, V and l are each 5xio-5≦×≦3x IQ2. 0≦y≦
5xH)-3J, and 0<7≦I X 10-24L
(2) 10 (II) 10 % Afterglow IL'7 Questions are low'cK < 5 milliseconds or more Long afterglow orange to red emitting phosphor is the main component,
10% afterglow 11. From a red-emitting component phosphor with an eye 111 of 5.about.150 milliseconds, and from a blue to blue-white luminescent component phosphor with an afterglow time of 5.-H+0 milliseconds (Jll > 10% The elderly (τj1
U cathode ray announcement. (2) The above X, V tJ3 and '7 are each lX
10-3≦x≦1x 10-2. lx IQ-5≦
y≦2X10-3 and? X? 0-6≦l: 3'
;5 I'f i! 'l R1'i range of search>7j i IJ
The aged image quality cathode ray tube described in 'i. (3) The most afterglow lfi color to red emitting phosphor is manganese = J active A phosphate phosphor, manganese (q active l
Acid-based phosphor: '1. - II Bium f "Active Rare Earth"
n oxide-based photoreactive body''--II pium (II f's rare earth borate phosphor, 2I-II pium (=J-active indium\(1j1 acid i7? photon, jJ3 and mankan)
= J activated phosphor backside b 'I fa
n
*! IT tube. (/l) i'm 'r+shi1ki1u~1°jl':
l ('! The light component is fluorescent, 1 wood is 1% i! U-II is 111 bodies, silver is 1.' and 'b−jj as the first J((=
11) Fluorescence Claims 11jl, 2 or 3 each specifically specify that at least one of gold, J5 and copper is further added to the body or the phosphor (=J-activated phosphor). 3j Exit 1, high-resolution cathode ray tube mounted on a pin. A cathode ray tube described in "Kano" 11. -6 dry-

Claims (1)

[Claims] (1) (1) A: ll h It j (, ga ZnzSi04 : hlnx, Asy, Nfez (se, he + le is °]'thimono'A6' - and bismuth θ
) Small number 1: <On the other hand, l)) Su, X, y, and 2
Haso, l+sone5 X, LO” <, x 53xlo
+0≦y≦5〉gu10 OO〈Z≦I X 10
-2 condition /111. It is represented by J + silicic acid salt: ; the light body is 1 - component and 1
7. Afterglow 11. 'N 141 or 5 to 150 milliseconds green luminescent component (, body, (++) 1.0τ2・afterglow 11) 1 period is small/, "J・afterglow of at least 5 milliseconds or more The main component is the orange to red 5b' light component phosphor, and γ) (1n) 1.0% Afterglow time is 5-150 milliseconds Blue to bluish-white emitted v: 1 minute firefly; body also has a luminescent film - 1 - 711 -High-resolution cathode capillaries. (2) Said X, y and 2 or 1 zowa, ]XIO”≦
X≦1. x, 10, 1. X to >y≦
2XIO' and l X 10'≦Z≦5×10, 'ij, 1. J plus number e) is a projection and 1
- High resolution f described in the first term of the range of the lo characteristic n'l'it'l search
uj)! Old mine tube. (3) 3i: Recording afterglow orange to red light-emitting phosphor is manganese old ortho, f-acid based 9 bodies, manganese phosphor N9 resistant li1, light body, eurobiuno old rare earth oxide based fluorescein body, eurobiuno, old love earth pui'i l1l
Il] l! ! ``Unity 1', UY, Body, Europiuno,
I'll RL・?' wealth (IF
)'(:I(・5.1< j: He-7n:/j 7
(1 active fluoride system 41-at least one of the photons (,1
・It is a cow; I sign and 1-'l'1'S'l
Mountain, demand's η L1 no 1 (High resolution 7J'! 1 (described in the first or second term)
4) The blue to blue-white light emission JJly minutes5. i,'; The light body is Me11 11jη11 I11・1 body and 1-11
, silver is used as an active agent, 0) is used as an active agent, and 0) is used as a co-adhesive agent of tl., 1 on one side, and
H, bromine, iodine. Fluorine", 1"-bi-j'luminiumuno, at least one of the two
Hi lead blame “(: (4・Ai・Eyes, gold 4 on the phosphor
5. At least some of the copper's strength/) spoke, i[
4";k/'L' body as main component and -J-roko as heavy machinery and '1'ro' Go to 1., 3. flip
The high resolution of 1 sho 1(, (ψ4 糾管3, (5) The above-mentioned alcohol is the same as that of antimony. High 1θ Jr image of No. 4 Izu No. 1 of 8゛ (note 1 toshi) j8 Yin (continuation! tube 3.