Špecializovaný prípravok na meranie GMR štruktúr - História úprav

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2013-04-03T17:47:03Z

Juraj na 06:03, 2. september 2010

2010-09-02T06:03:56Z

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2010-09-02T00:01:25Z

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2010-09-01T23:54:25Z

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Durikol na 17:07, 29. január 2010

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Juraj na 08:44, 28. január 2010

2010-01-28T08:44:23Z

Juraj: Vytvorená stránka „Kategória:Študentské práceKategória:Diplomové práceKategória:mikroelektronika {{Hlavička_FM|{{PAGENAME}}|Bc. Juraj Kollár| Ing. Viliam Šimovič, PhD.…“

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Vytvorená stránka „Kategória:Študentské práce Kategória:Diplomové práce Kategória:mikroelektronika {{Hlavička_FM|{{PAGENAME}}|Bc. Juraj Kollár| Ing. Viliam Šimovič, PhD.…“

Nová stránka

[[Kategória:Študentské práce]][[Kategória:Diplomové práce]][[Kategória:mikroelektronika]]
{{Hlavička_FM|{{PAGENAME}}|Bc. Juraj Kollár|
Ing. Viliam Šimovič, PhD.|
2009/2010
|Diplomový projekt
|Mechatronika
}}
{{Praca_uvod|1|Špecializovaný prípravok na meranie GMR štruktúr|Obrovská magnetorezistencia|Metódy merania efektu GMR|Návrh meracieho pracoviska a deformačného mechanizmu pre ohyb FMR štruktúr|Rozbor konštrukcie meracieho pracoviska|||||||}}
__TOC__
{{Abstrakt
|slovensky
|anglicky
}}

'''Úvod'''
=Obrovská magnetorezistencia (GMR)=
==Teória spinu elektronóv==
==Mottov model transportu elektrónov==

← Staršia verzia		Verzia zo dňa a času 17:47, 3. apríl 2013
Riadok 17:		Riadok 17:

	[[Súbor:deform.png\|center\|thumb\|600px\|Deformačný prípravok meracieho pracoviska]]		[[Súbor:deform.png\|center\|thumb\|600px\|Deformačný prípravok meracieho pracoviska]]
−	[[Súbor:soft.png\|center\|~~thumb\|1000px~~]]	+	[[Súbor:soft.png\|center\|800px]]

@@ Riadok 3: / Riadok 3: @@
 Ing. Branislav Anwarzai|
 /2010
-|Diplomový projekt
+|Diplomová práca
 |Mechatronika
 }}

@@ Riadok 12: / Riadok 12: @@
 |This diploma thesis deals with the draft and realization of the specialty measurement workplace for research of GMR structures. This work contains construction of mechanic and electronic hardware parts of the workplace, in connection with the informatics securing of this automated system in personal computer. Main part of measurement workplace is a preparation is able to make exactly defined deflections on the sample of GMR substrate depended on the external magnetic field and generated temperature. In principle it is complex automated measure system, which is able to realize time exacting measuring processes without the continuous intervention of the laboratory technician.  Outputs are the characteristics describing GMR structure placed on surface of Si substrate, conduct caused by input affecting parameters that are realized by the preparation and programmed.  These parameters are temperature, convex and concave deflection of the substrate and influence of the external magnetic field.
 }}
 [[Súbor:deform.png|center|thumb|600px|Deformačný prípravok meracieho pracoviska]]
 [[Súbor:soft.png|center|thumb|1000px]]

@@ Riadok 12: / Riadok 12: @@
 |This diploma thesis deals with the draft and realization of the specialty measurement workplace for research of GMR structures. This work contains construction of mechanic and electronic hardware parts of the workplace, in connection with the informatics securing of this automated system in personal computer. Main part of measurement workplace is a preparation is able to make exactly defined deflections on the sample of GMR substrate depended on the external magnetic field and generated temperature. In principle it is complex automated measure system, which is able to realize time exacting measuring processes without the continuous intervention of the laboratory technician.  Outputs are the characteristics describing GMR structure placed on surface of Si substrate, conduct caused by input affecting parameters that are realized by the preparation and programmed.  These parameters are temperature, convex and concave deflection of the substrate and influence of the external magnetic field.
 }}
 [[Súbor:soft.png|center|thumb|1000px]]

← Staršia verzia		Verzia zo dňa a času 23:43, 1. september 2010
Riadok 12:		Riadok 12:
	\|This diploma thesis deals with the draft and realization of the specialty measurement workplace for research of GMR structures. This work contains construction of mechanic and electronic hardware parts of the workplace, in connection with the informatics securing of this automated system in personal computer. Main part of measurement workplace is a preparation is able to make exactly defined deflections on the sample of GMR substrate depended on the external magnetic field and generated temperature. In principle it is complex automated measure system, which is able to realize time exacting measuring processes without the continuous intervention of the laboratory technician. Outputs are the characteristics describing GMR structure placed on surface of Si substrate, conduct caused by input affecting parameters that are realized by the preparation and programmed. These parameters are temperature, convex and concave deflection of the substrate and influence of the external magnetic field.		\|This diploma thesis deals with the draft and realization of the specialty measurement workplace for research of GMR structures. This work contains construction of mechanic and electronic hardware parts of the workplace, in connection with the informatics securing of this automated system in personal computer. Main part of measurement workplace is a preparation is able to make exactly defined deflections on the sample of GMR substrate depended on the external magnetic field and generated temperature. In principle it is complex automated measure system, which is able to realize time exacting measuring processes without the continuous intervention of the laboratory technician. Outputs are the characteristics describing GMR structure placed on surface of Si substrate, conduct caused by input affecting parameters that are realized by the preparation and programmed. These parameters are temperature, convex and concave deflection of the substrate and influence of the external magnetic field.
	}}		}}
		+	[[Súbor:soft.png\|center\|thumb\|1000px]]

@@ Riadok 9: / Riadok 9: @@
 __TOC__
 {{Abstrakt
-|slovensky
+|Táto Diplomová práca sa zaoberá návrhom a realizáciou špecializovaného meracieho pracoviska pre výskum GMR štruktúr. Práca obsahuje konštruovanie mechanických a elektronických hardvérových častí pracoviska v spojení s informatickým zabezpečením tohto automatizovaného systému na strane osobného počítača. Jadrom meracieho pracoviska je prípravok schopný vykonávať presne definované priehyby na vzorke GMR substrátu, v závislosti od externého magnetického poľa a generovanej teploty. V princípe ide o komplexný automatizovaný merací systém, schopný prevádzať časovo náročné meracie procesy, bez priebežného zásahu laboranta, ktorých výstupom sú charakteristiky popisujúce správanie GMR štruktúry na povrchu Si substrátu, pod vplyvom programom definovaných a prípravkom realizovaných, vstupných ovplyvňujúcich veličín. Týmito veličinami sú teplota, konvexný a konkávny  priehyb substrátu a vplyv externého magnetického poľa.
-|anglicky
+|This diploma thesis deals with the draft and realization of the specialty measurement workplace for research of GMR structures. This work contains construction of mechanic and electronic hardware parts of the workplace, in connection with the informatics securing of this automated system in personal computer. Main part of measurement workplace is a preparation is able to make exactly defined deflections on the sample of GMR substrate depended on the external magnetic field and generated temperature. In principle it is complex automated measure system, which is able to realize time exacting measuring processes without the continuous intervention of the laboratory technician.  Outputs are the characteristics describing GMR structure placed on surface of Si substrate, conduct caused by input affecting parameters that are realized by the preparation and programmed.  These parameters are temperature, convex and concave deflection of the substrate and influence of the external magnetic field.
 }}

@@ Riadok 1: / Riadok 1: @@
 [[Kategória:Študentské práce]][[Kategória:Diplomové práce]][[Kategória:mikroelektronika]]
 {{Hlavička_FM|{{PAGENAME}}|Bc. Juraj Kollár|
-Ing. Viliam Šimovič, PhD.|
+Ing. Branislav Anwarzai|
 /2010
 |Diplomový projekt

@@ Riadok 6: / Riadok 6: @@
 |Mechatronika
 }}
-{{Praca_uvod|1|Špecializovaný prípravok na meranie GMR štruktúr|Obrovská magnetorezistencia|Metódy merania efektu GMR|Návrh meracieho pracoviska a deformačného mechanizmu pre ohyb FMR štruktúr|Rozbor konštrukcie meracieho pracoviska|||||||}}
+{{Praca_uvod|1|Špecializovaný prípravok na meranie GMR štruktúr|Obrovská magnetorezistencia|Metódy merania efektu GMR|Návrh meracieho pracoviska a deformačného mechanizmu pre ohyb GMR štruktúr|Rozbor konštrukcie meracieho pracoviska|||||||}}
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 {{Abstrakt