Галерея 2800306

Галерея 2800306




🔞 ПОДРОБНЕЕ ЖМИТЕ ТУТ 👈🏻👈🏻👈🏻

































Галерея 2800306



The site is temporarily unavailable. Please contact your local branch for immediate assistance...

本网站暂时不可用。如需即时帮助,请联系您当地的分支机构。

本網站暫時無法使用,請與當地分公司聯絡尋求即時支援。

Tato stránka je dočasně nedostupná. Pro okamžitou pomoc se prosím obraťte na svou místní pobočku.

Le site est temporairement indisponible. Veuillez contacter votre agence locale pour une assistance immédiate.

Die Seite ist momentan nicht verfügbar. Bitte wenden Sie sich für sofortige Unterstützung an Ihre regionale Niederlassung.

Momentaneamente il sito non è disponibile. Contatta la sede locale per ottenere assistenza immediata.

El sitio está temporalmente no disponible. Póngase en contacto con la oficina local para recibir ayuda inmediata.

Este sitio está temporalmente fuera de servicio. Póngase en contacto con su concesionario local para recibir asistencia inmediata.


Mouser Electronics� | 1000 North Main Street | Mansfield, TX 76063-1514

Öffnet in einem neuen Fenster Öffnet eine externe Website Öffnet eine externe Website in einem neuen Fenster
Auf dieser Website werden Daten wie Cookies gespeichert, um wichtige Funktionen der Website sowie Marketing, Personalisierung und Analyse zu ermöglichen. Indem Sie auf dieser Website bleiben, geben Sie Ihre Zustimmung. Datenschutz-Bestimmungen



SEARCH



CITATION SEARCH



ADVANCED SEARCH






Topics
View All Topics

Acoustics
Biological Physics
Condensed Matter Physics
Energy
Materials Science
Mathematical Physics
Optics and Optical Physics
Physical Chemistry
Plasma Physics
Rheology and Fluid Dynamics
View All Topics








HOME


ISSUES

MORE


INFO

Overview
Editorial Board
News



FOR AUTHORS

Preparing Your Manuscript
Publication Charges
Author Resources
AIP Author Services
Submit



COLLECTIONS

Editor's Picks
Fast Track
Featured
Perspectives Press Releases
Scilights
Special Topics
Upcoming Special Topics






ISSUES

INFO

Overview
Editorial Board
News



FOR AUTHORS

Preparing Your Manuscript
Publication Charges
Author Resources
AIP Author Services
Submit



COLLECTIONS


Editor's Picks
Fast Track
Featured
Perspectives
Press Releases
Scilights
Special Topics
Upcoming Special Topics











































































































































Home


>









Applied Physics Letters


>











Volume 91, Issue 19


>









10.1063/1.2800306




























Prev















Next









No Access











Submitted: 19 July 2007











Accepted: 27 September 2007






Published Online: 09 November 2007














Effect of tensile and compressive strains on the transport properties of Sm Ni O 3 layers epitaxially grown on (001) Sr Ti O 3 and La Al O 3 substrates



































Appl. Phys. Lett. 91 , 192110 (2007);
https://doi.org/10.1063/1.2800306

Florine Conchon a) , Alexandre Boulle , and René Guinebretière Laboratoire Science des Procédés Céramiques et de Traitements de Surfaces (SPCTS) , ENSCI, CNRS-UMR 6638, 47 Avenue Albert Thomas, 87065 Limoges, France Cécile Girardot , Stéphane Pignard , Jens Kreisel , and François Weiss Laboratoire des Matériaux et du Génie Physique (LMGP) , INP Grenoble, CNRS-UMR 5628, MINATEC-3, parvis Louis Néel-BP 257, 38016 Grenoble, France and Schneider Electric , 160 rue des Martyrs, 38000 Grenoble, France Eric Dooryhée and Jean-Louis Hodeau Institut Néel (IN) , CNRS-UPR 2940, 25 avenue des Martyrs BP 166, 38042 Grenoble, France
Florine Conchon Alexandre Boulle René Guinebretière Cécile Girardot Stéphane Pignard Jens Kreisel François Weiss Eric Dooryhée Jean-Louis Hodeau














PDF






















CHORUS





This paper deals with the role of epitaxial strain on the structure and electronic transport properties of metastable Sm Ni O 3 layers grown by metal-organic chemical vapor deposition onto Sr Ti O 3 and La Al O 3 substrates. The characterization of these layers is carried out by high resolution x-ray diffraction and four-probe resistivity measurements. It is found that the Sm Ni O 3 phase is stabilized by in-plane compressive strain whereas in-plane tensile strain induces the creation of oxygen vacancies that induces an annihilation of the metal-insulator transition and a huge increase of the resistivity.
One of us (F.C.) would like to express her gratitude toward the FAME European Network of Excellence for financial support.


ISI

61




Please Note: The number of views represents the full text views from December 2016 to date. Article views prior to December 2016 are not included.




Resources

AUTHOR
LIBRARIAN
ADVERTISER




General Information

ABOUT
CONTACT
HELP





 

PRIVACY POLICY
TERMS OF USE

FOLLOW AIP PUBLISHING:







Website © 2023 AIP Publishing LLC. Article copyright remains as specified within the article.

To sign up for alerts, please log in first. If you need an account, please register here

a) Electronic mail: f̱ conchon@ensci.fr

We and our partners process your personal data, e.g. your IP-address, using technology such as cookies to store and access information on your device in order to serve personalized ads and content, ad and content measurement, audience insights and product development. You have a choice in who uses your data and for what purposes. If you allow, we would also like to: Collect information about your geographical location which can be accurate to within several meters Identify your device by actively scanning it for specific characteristics (fingerprinting) Find out more about how your personal data is processed and set your preferences in the details section . You can change or withdraw your consent any time from the Cookie Declaration. We use cookies to personalise content and ads, to provide social media features and to analyse our traffic. We also share information about your use of our site with our social media, advertising and analytics partners who may combine it with other information that you’ve provided to them or that they’ve collected from your use of their services.
Necessary cookies help make a website usable by enabling basic functions like page navigation and access to secure areas of the website. The website cannot function properly without these cookies.
app-sjg.marketo.com c5.patreon.com player.vimeo.com
pool.admedo.com ads.creative-serving.com mfadsrvr.com scoota.co a.sportradarserving.com x.bidswitch.net
www.dropbox.com in.getclicky.com ups.analytics.yahoo.com admixer.net q.adrta.com ads.avads.net a.audrte.com match.adsby.bidtheatre.com dmp.brand-display.com dpm.demdex.net eqads.com krxd.net i.liadm.com ce.lijit.com sync.mathtag.com dsp.nrich.ai uipglob.semasio.net cm.smadex.com socdm.com
Preference cookies enable a website to remember information that changes the way the website behaves or looks, like your preferred language or the region that you are in.
beacon.lynx.cognitivlabs.com ads.betweendigital.com
Statistic cookies help website owners to understand how visitors interact with websites by collecting and reporting information anonymously.
Marketing cookies are used to track visitors across websites. The intention is to display ads that are relevant and engaging for the individual user and thereby more valuable for publishers and third party advertisers.
ad.360yield.com pool.admedo.com ads.betweendigital.com x.bidswitch.net s.company-target.com ads.creative-serving.com mfadsrvr.com scoota.co
ad.360yield.com pool.admedo.com x.bidswitch.net s.company-target.com ads.creative-serving.com mfadsrvr.com scoota.co
advertising.com ups.analytics.yahoo.com
adx.opera.com beacon.lynx.cognitivlabs.com ads.stickyadstv.com
c1.adform.net sync.adotmob.com gum.criteo.com ad.turn.com
sync.1rx.io targeting.unrulymedia.com
sync.adotmob.com ads.avct.cloud sync.mathtag.com
Unclassified cookies are cookies that we are in the process of classifying, together with the providers of individual cookies.
List of domains your consent applies to: [#BULK_CONSENT_DOMAINS#]
Cookie declaration last updated on 20.1.2023 by Cookiebot
About Ad Settings We and our advertising partners process your personal data using technology such as cookies in order to serve advertising, analyse our traffic and deliver customised experiences for you. You have a choice in who uses your data and for what purposes.
Some partners do not ask for your consent to process your data, instead, they rely on their legitimate business interest. View our list of partners to see the purposes they believe they have legitimate interest for and how you can object to it.
Find out more about how your personal data is processed and set your preferences below.
You can set your consent preferences and determine how you want your data to be used based on the purposes below. Each purpose has a description so that you know how we and our partners use your data. You can object to legitimate interest processing per purpose.
Store and/or access information on a device
Vendors can:
Store and access information on the device such as cookies and device identifiers presented to a user.
To do basic ad selection vendors can:
Use real-time information about the context in which the ad will be shown, to show the ad, including information about the content and the device, such as: device type and capabilities, user agent, URL, IP address
Use a user’s non-precise geolocation data
Control the frequency of ads shown to a user.
Sequence the order in which ads are shown to a user.
Prevent an ad from serving in an unsuitable editorial (brand-unsafe) context
Vendors cannot:
Create a personalised ads profile using this information for the selection of future ads without a separate legal basis to create a personalised ads profile.
N.B. Non-precise means only an approximate location involving at least a radius of 500 meters is permitted.
To create a personalised ads profile vendors can:
Collect information about a user, including a user's activity, interests, demographic information, or location, to create or edit a user profile for use in personalised advertising.
Combine this information with other information previously collected, including from across websites and apps, to create or edit a user profile for use in personalised advertising.
To select personalised ads vendors can:
Select personalised ads based on a user profile or other historical user data, including a user’s prior activity, interests, visits to sites or apps, location, or demographic information.
Create a personalised content profile
To create a personalised content profile vendors can:
Collect information about a user, including a user's activity, interests, visits to sites or apps, demographic information, or location, to create or edit a user profile for personalising content.
Combine this information with other information previously collected, including from across websites and apps, to create or edit a user profile for use in personalising content.
To select personalised content vendors can:
Select personalised content based on a user profile or other historical user data, including a user’s prior activity, interests, visits to sites or apps, location, or demographic information.
To measure ad performance vendors can:
Measure whether and how ads were delivered to and interacted with by a user
Provide reporting about ads including their effectiveness and performance
Provide reporting about users who interacted with ads using data observed during the course of the user's interaction with that ad
Provide reporting to publishers about the ads displayed on their property
Measure whether an ad is serving in a suitable editorial environment (brand-safe) context
Determine the percentage of the ad that had the opportunity to be seen and the duration of that opportunity
Combine this information with other information previously collected, including from across websites and apps
Vendors cannot:
*Apply panel- or similarly-derived audience insights data to ad measurement data without a Legal Basis to apply market research to generate audience insights (Purpose 9)
To measure content performance vendors can:
Measure and report on how content was delivered to and interacted with by users.
Provide reporting, using directly measurable or known information, about users who interacted with the content
Combine this information with other information previously collected, including from across websites and apps.
Vendors cannot:
Measure whether and how ads (including native ads) were delivered to and interacted with by a user.
Apply panel- or similarly derived audience insights data to ad measurement data without a Legal Basis to apply market research to generate audience insights (Purpose 9)
Apply market research to generate audience insights
To apply market research to generate audience insights vendors can:
Provide aggregate reporting to advertisers or their representatives about the audiences reached by their ads, through panel-based and similarly derived insights.
Provide aggregate reporting to publishers about the audiences that were served or interacted with content and/or ads on their property by applying panel-based and similarly derived insights.
Associate offline data with an online user for the purposes of market research to generate audience insights if vendors have declared to match and combine offline data sources (Feature 1)
Combine this information with other information previously collected including from across websites and apps.
Vendors cannot:
Measure the performance and effectiveness of ads that a specific user was served or interacted with, without a Legal Basis to measure ad performance.
Measure which content a specific user was served and how they interacted with it, without a Legal Basis to measure content performance.
To develop new products and improve pro
Молодая пара занимается жарким сексом совсем забывая о камерах – они слишком увлечены друг другом
Совместная мастурбация двух блондинок
Королевский генг бенг

Report Page