At this point it is important to discuss the units in which these three key energy flows are measured. ‘PE’ is obviously measured in units of primary energy [MJPE], and the most common practice in the literature is to express these on a Higher Heating Value (HHV) basis, i.e., incl...
An hour is 670 million miles. Distance and time are measured in the same units. They are equivelent. Seconds are actually VERY SLOW. There is a lot of time in a second. You have: hour You want: kmiles 1 hour = 670616.63 kmiles You have: 1 hour You want: au 1 hour = 7.2143597 ...
In theInternational System of Units(SI), energy is measured injoules. Onejouleis equal to the work done by a one-newtonforceacting over a one-metredistance. Energy is treated in a number of articles. For the development of theconceptof energy and the principle of energy conservation,seeprinc...
(General Physics) the energy of a body or system as a result of its position in an electric, magnetic, or gravitational field. It is measured in joules (SI units), electronvolts, ergs, etc. Symbol:Ep,V,UorφAbbreviation:PE Collins English Dictionary – Complete and Unabridged, 12th Editio...
The energy of utilized inputs in cantaloupe production was measured according to 1 ha−1. It is obvious that energy transformation factors vary by geography, but within a specific area, these parameters could be utilized to allow experts to make a meaningful comparative analysis of the use of...
Thus, d shall correspond to the interlayer distance, measured in units of the hexagonal lattice constant a. Of course, there is no preferred value d. Therefore, it is mandatory to perform an exhaustive numerical exploration in order to obtain the minimum energy per dipole in the bulk and for...
A prerequisite for accurately interpreting the underlying dynamics of a system using measured high-harmonic spectra lies in formulating a broadly applicable theoretical or conceptual model. In the gas phase, this understanding is often based on the semi-classical three-step model (TSM)1 or its quant...
In radiometry the areas of the surface may be known as irradiance and luminous areance may be known as illuminance. This is the importance in the practical quantity in judging whether an area is lighted well enough for reading or other activities. The illuminance is said to be measured in lu...
ability to efficiently harvest energy from a temperature gradient while measuring it. With this system architecture, temperature gradients can be measured with a maximum error of 0.14∘C and an efficiency of over 92% for values above 13∘C and a single transducer....
For correlated signals, we find that sensor interactions can increase sensing performance of two binary sensors, as measured by the steady state mutual information between the signal and the states of the sensor complex. This result highlights sensor cooperativity as a biologically plausible sensing ...