After the end of the exclusivity period, the Contributor will also be free to offer the media for download from other places where the Contributor sells his or her media.
#Triple line geometry license#
At the end of the exclusivity period, the buyer`s license will continue as before, with all of the same rights, except for the right of exclusivity, and the image will again be added to the available library of media on and again be made available to all users for purchase. The print run for both licenses is unlimited and continues after the exclusivity expired. Similarly, SR-E元 will grant an exclusive right to use the image for three years. SR-EL1 will grant an exclusive right to use the media for one year. The length of time for the exclusivity period depends on which license is selected. The Contributor acknowledges and agrees to provide the buyer with the exclusive right to use the file retrieved using the SR-EL1 or SR-E元 licenses, for the duration of the selected exclusivity period. The Contributor will be required to disable the file permanently from all other places where he or she may sell it, as soon as possible after the sale occured, but no longer than 72 hours.
ĭreamstime will disable the image immediately after the buyer acquired this license. The buyer can use the media exclusively (exclusivity applies from the moment that the file was downloaded using this license) during the time period selected, and include it in any type of design with just a few restrictions: sensitive subjects may still apply and the buyer may not claim that the file was created by him nor resell it as his work. This license represents an exclusive right to use the downloaded media, but such exclusivity will only last for a limited period of time. Physical Items for Resale/Distribution: includes the right to use the photos or stills comprising media for T-shirts, postcards, greeting cards, mugs, mousepads, posters, calendars, framed artwork that is to be sold to other customers for an unlimited number of copies (applies as a total of each type of usage).
Note that the other restrictions still apply. This is an additional license to the rights included within the regular Royalty-Free license. Maximum number of electronic items is unlimited (applies as a total of each type of usage). The number of copies allowed is unlimited for each designer/employee.Įlectronic Items for Resale/Distribution: this license includes the right to use the media in webtemplates that are sold to more customers, screensavers, e-cards, powerpoint presentations or as wallpapers on cell phones. The U-EL license is applied only for the staff of the organization that holds the account. It is an additional license to the usage included within the regular Royalty-Free / Editorial license that awards rights for a single person within the same company. Generally, our results should provide insights on the dynamics of GB phase transitions, of which the complex phenomena associated with liquid metal embrittlement are an example.This license extends our regular Royalty Free / Editorial license to an unlimited number of seats within the same organization. We support this finding by dynamical simulations using a multiphase field model with obstacle potential for both purely kinetic and diffusive conditions. We show how incorporating atomistic scale physics using a disjoining potential regularizes the state of the triple junction and yields an equilibrium with a well-defined microscopic contact angle. The triple junction between a dry GB and the two solid-liquid interfaces of a liquid layer propagating along the GB cannot be defined from macroscopic continuum properties and surface tension equilibria in terms of Young’s law.
#Triple line geometry crack#
Premelting can have a severe impact on the structural integrity of a polycrystalline material and on the mechanical high-temperature properties, also in the context of crack formation during the very last stages of solidification. Grain boundaries (GBs) whose energy is larger than twice the energy of the solid-liquid interface exhibit the premelting phenomenon, for which an atomically thin liquid layer develops at temperatures slightly below the bulk melting temperature.
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