DIFFUSION Clause Samples
The Diffusion clause defines how information, data, or materials are distributed or shared between parties under an agreement. Typically, it outlines the methods, scope, and limitations of such dissemination, specifying whether sharing is permitted internally, externally, or to third parties, and under what conditions. For example, it may restrict the sharing of proprietary data to only authorized personnel or require prior consent before public disclosure. The core function of this clause is to control and manage the spread of sensitive or valuable information, thereby protecting confidentiality and intellectual property.
DIFFUSION. The ULPGC and name of entity mutually authorise one another to use their respective logos as collaborating entities exclusively for the diffusion and publicising of the activities that are subject to this agreement, contingent on the rules and instructions that both entities may provide for this purpose. The collaborating entity may also make use of the distinctive symbol that, if applicable, the ULPGC has to recognise a collaborating entity for external internships.
DIFFUSION weighted, readout-segmented (multi shot) EPI sequence for high-resolution susceptibility-insensitive DWI; insensitive to susceptibility effects to provide detailed anatomy-true diffusion imaging for brain, spine, breast and prostate.
DIFFUSION. For action For information
DIFFUSION. Since the 4th of April 2018, TRACE Gospel is deployed in French-speaking Africa. It thus includes more than 25 countries and 3 millions additional households. TRACE Gospel is available on CANAL + PACKAGES in the ACCESS offer on channel 128 in Africa as well as TNT EasyTV offer on channel 38.
DIFFUSION. As mentioned earlier the two-step flow model, that has formed a basis for many WoM studies, has been subjected to criticism for its simplicity. One critic is ▇▇▇▇▇▇▇ ▇▇▇▇▇▇ who argues that we need to be more nuanced than the initial two-step flow model. Adaptation is a process consisting of several steps in which the adopters get convinced. We need to focus on the individual and his or her decision- making, and we need to see it as a process. Thus, adaptation comes from a series of decisions. ▇▇▇▇▇▇ has developed and refined the diffusion model through many years. He has gathered data and theories from innovation studies, and from various research traditions. Based on this literature, as well as several of his own studies of innovations, his book Diffusion of Innovation (▇▇▇▇▇▇ 2003) presents a model for diffusion that has been revised according to new studies. The book was first published in 1962 and is now in its fifth edition (2003). ▇▇▇▇▇▇ is not interested in how innovations come about, but instead in the process of adaptation. Each innovation starts with early adopters, who are likely to try out innovations while they are new and not yet mainstream, growing until reaching a ▇▇▇▇▇▇▇▇ ▇▇▇▇, and fading out with only the late adopters left interested towards the end. As in the studies of Word of Mouth, he focuses on single instances in which a potential adopter makes up his or her mind and develops an attitude towards a product. There is a range of stages the user goes through to make up his or her mind on whether to adopt an innovation or not. In contrast to the original two-step model, ▇▇▇▇▇▇ introduces a model that focuses on 5 stages in the innovation decision process: Knowledge, Persuasion, Decision, Implementation and Confirmation. Knowledge In this first stage the individual is exposed to an innovation but lacks information about it. However, despite starting with the knowledge stage, there is something going on even before it starts. For instance, “a Californian could walk past a house with a satellite dish on the roof top and not “see” the innovation” or “a farmer could drive past a hundred miles of hybrid corn in Iowa and not “see” the invention” (▇▇▇▇▇▇ 2003:171), the corn being an invention ▇▇▇▇▇▇ has analyzed earlier in his book (▇▇▇▇▇▇ 2003:31). Thus, even though the model starts with the stage in which an innovation has come to the attention of a potential adopter, the innovation already existed before that, independent of whether potentia...
DIFFUSION. In consideration for the purchase of the Notes and payment of the Purchase Amount, and the covenants, releases and agreements of Diffusion set forth in this Agreement, Diffusion, for itself and each of its affiliates, predecessors, successors, and assigns, hereby forever releases, acquits and discharges, and agrees not to ▇▇▇ or institute any legal action against any ▇▇▇▇▇▇▇ or his heirs, assigns, representatives and agents from, against, and with respect to, all claims, actions, liability, obligations, damages and causes of action of any nature whatsoever, whether based in tort, contract, or on any legal or equitable ground or theory of recovery, and/or alleging breach of fiduciary duty, fraud, conflict of interest, or any other matter that may give rise to liability under any cognizable legal or equitable theory of recovery, which arose, accrued, or relates to any matter, action, omission or circumstance occurring or existing, prior to and including the Effective Date, whether known or unknown, asserted or unasserted, including without limitation, all claims arising out of or relating any agreement or contract to which ▇▇▇▇▇▇▇ and Diffusion are parties, including without limitation, the Subscription Agreement, the 2009 Note and the Operating Agreement.
DIFFUSION. This ma ro spe i es the subroutine to use to ompute the di usion oef- ient for the two- uid model. Currently, the only options are empty and diff o.
DIFFUSION. Gases with considerably good water solubility like CO2 (mole fraction solubility 7.07 x 10-4 at 20⁰C) and N2O (mole fraction solubility 5.07 x 10-4 at 20⁰C) are released to the atmosphere across the air-water interface through diffusion. In other words, soluble gases diffuse to the atmosphere through the air-water interface. (▇▇▇▇▇▇, et al., 2016)
DIFFUSION d’informations et de publications scientifiques, avec ou sans droit d’auteur