MHz Clause Samples
The 'MHz' clause defines the term 'megahertz' as a unit of frequency equal to one million hertz. In contractual contexts, this clause clarifies that any reference to MHz pertains specifically to this measurement, which is commonly used in telecommunications, electronics, and broadcasting to specify signal frequencies or bandwidths. By providing a clear definition, the clause ensures that all parties have a consistent understanding of technical specifications, reducing the risk of misinterpretation or disputes regarding frequency-related requirements.
MHz. This innovation allows us to measure the enzymatic activity of single enzyme molecules in a few minutes, a property that we have exploited to construct a bead-based ELISA for the detection of a low-abundance protein biomarker. RESULTS AND DISCUSSION Generation and Manipulation of Femtoliter-Volume Micro- fluidic Droplets. We have developed a microfluidic de- vice for the controlled generation and manipulation of water-in-oil droplets with volumes of 5—50 femtoliters, which we call femtodroplets, at frequencies of >1 MHz (Figure 1a,e). Microfluidic droplets can be generated by shearing one fluid (water) by a second immiscible one
MHz. The Service shall originate in Budapest, Hungary and shall terminate in Amsterdam, Netherlands. The minimum technical performance standards for the Capacity are set forth in the attached Circuit Parameters ("Minimum Standards").
MHz. The sounding system at each frequency consists of 3 transmitters and one receiver; their locations in the coordinate systems are displayed in Figure 1.
MHz. The licensee of the Station is the Omni Center for Peace, Justice and Ecology. Pursuant to the rules and regulations of the FCC, the parties to this agreement acknowledge that the Station is permitted to broadcast underwriting and sponsorship announcements from for-profit entities, but is not permitted to broadcast commercial advertisements by for-profit entities. (In the event the above-referenced underwriter is a bona fide non-profit entity, the Station is permitted to broadcast commercial advertisements on behalf of the Underwriter.)
MHz. The same format as in section 2.1.1 is used. There are, however, 6 additional columns (compared to manual data), which can be used for automatic TID detection described in Section 2.4. The meaning of these columns correspond to quantities ppi and ri described in the Section 2.4. These quantities are, however, not used for the calculation of propagation characteristics. They are only used for automatic decision about the character of data and possibility to processes them as described in the section 2.4. This is done on dedicated webpage. It is more reliable to check the quality of data and their approximation using the corresponding Doppler shift spectrograms. Note that the data files from automatic approximation can also contain pure noise, for example if the sounding signals did not reflect because of low foF2 or spread F conditions. This, can be partly recognized from ppi and ri columns (Section 2.4) or more reliably from Doppler shift spectrograms.