Sentence examples for basic relationship between the from inspiring English sources
This culinary approach to growing has led to a synergy with Pam's green-market customers and chefs, in which grower and eater work back and forth, trying this, requesting that, nurturing community and that most basic relationship between the soil and the things that find their way to our plates.
The basic relationship between the main kinematic variables is described in a uniform motion of the swash plate.
In order to develop a fundamental understanding and the feasibility of SMA devices for passive vibration control, an undamped SDOF system with a pseudoelastic SMA restoring force is investigated to find the basic relationship between the shape of the hysteresis loop of SMA elements and their performance as a damping device.
According to Faraday's Law, the electro-magnetic model is designed to demonstrate the basic relationship between the stator voltage u inv and the back electro-motive force (EMF) e 0. It can be expressed as: left{ {begin{array}{*{20}l} {u_{inv} = - R_{s} i_{o} - L_{s} frac{{{text{d}}i_{o} }}{{{text{d}}t}} + e_{0} } hfill {e_{0} = M_{f} i_{f} omegasin delta } hfill end{array} } right.
That's a very brief history, but it illustrates the basic relationship between the net and the web: the net existed before; the web is something built on top.
Historical accounts suggest that there are strong tendencies to conserve the basic relationship between the position of the ori and ter sites in enteric bacteria [ 38].
This article reviews the basic relationships between the geometry of tillage tools and soil physical properties on the nature of the soil disturbance ahead of the tool.
In the course of this immersion, we find the basic relationships between the main extrinsic invariants and the main intrinsic invariants, named Chen-Ricci inequalities of the null hypersurface in the Lorentzian manifold.
The catalytic behaviour and steady-state redox properties of the precipitated silica catalyst in methane to formaldehdye partial oxidation (MPO) are addressed and basic relationships between the activity selectivity pattern and operating conditions of the MPO process are outlined.
Establishing basic relationships between the sedimentary architecture in these reservoirs and the variation in petrophysical attributes that can affect plume dynamics and residual trapping is an important step toward understanding reservoir processes.
