Mobile technologies availability

A survey conducted by the Medical Records Institute in 2002 on health care practitioners concerns with the implementation of mobile technology devices and applications cited security/confidentiality when sending or receiving information and the lack of Health Information Portability and Accountability Act (HIPAA) compliance as primary concerns by 50 and 34 percent of respondents, respectively. Confidentiality and security of information against unauthorized access must be HIPAA-compliant. A number of systems are available that can help a pharmacy organization to remain in compliance with HIPAA regulations. Pharmacists are required by law to use reasonable methods to ensure that protected health information remains... 

The conversion of natural gas into liquid transportation fuel is a well-proven technology today. There are two basic technologies available the Fischer-Tropsch synthesis and the methanol route developed by Mobil Research and Development Corporation, USA. 

Reforming of methane to synthesis gas for subsequent conversion to methanol or production of gasoline and diesel fuels from methanol via Mobil technology is commercially available. 

AIT. 2014. Austrian Institute of Technology. Available at http //www.ait.ac.at/research-services/research -services-mobility. 

Mobile device usage is growing at an exponential pace mainly due to rapid advancement in mobile technology and the availability of a vast group of features and new capabilities. In 2014,497 million mobile devices were activated, bringing the global total up to 7.4 billion with this upward trend, the number of mobile devices will exceed the entire human population in 2015 and by 2019 there will be nearly 1.5 mobile devices per capita. Not only... 

A Technology White Paper on Improving the Efficiency of Social Safety Net Program Delivery in Low Income Countries An Introduction to Available and Emerging Mobile Technologies Gallaher 0522 ... 

The number and range of applications is increasing, particularly for image-based approaches. It is expected that the number of practical field-deployable systems, rather than research systems, will increase rapidly in the near future for three reasons (1) availability of new, powerful mobile technology such as mobile camera phones, (2) the worsening taxonomic impediment and (3) an increasing acceptance of ATI as a viable tool. 

Mobile phases used with this stationary phase are typically 0.01 N perchloric acid with small amounts of methanol or acetonitrile. One significant advantage of these phases is that both configurations of the chiral stationary phase are commercially available and can be obtained from J. T. Baker Inc. and Chiral Technologies, Inc. (Crownpak CR). 

The previous section has evidenced that NH3-SCR technology has been used successfully for more than two decades, to reduce NOx emissions from power stations fired by coal, oil and gas, from marine vessels and stationary diesel engines. NH3-SCR technology for high-duty diesel (HDD) vehicles has also been developed to the commercialization stage and is already available as an option in the series production of several European truck-manufacturing companies starting from 2001. For mobile source applications, the preferred reductant source is aqueous urea, which rapidly hydrolyses to produce ammonia in the exhaust stream. 

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