Actions space The robot can be controlled through nine actions: the eight compass directions and the fictitious action (theta) that keep the robot on the spot.
The accuracy and performance of the (mathrm{P}^{3}mathrm{T}) scheme can be controlled through six parameters: (Delta r_{mathrm{cut}}), (Delta r_{mathrm{buff}}), (Delta t_{mathrm{soft}}), (Delta t_{max}), η and θ.
The number density and area per unit volume of Sb2Te3 Widmanstätten plates in thermoelectric PbTe were controlled through two types of heat treatments of (PbTe)1−x–(Sb2Te3)x, where x = 0.04 and 0.06: isothermal annealing at various temperatures and cooling from a solid-solution regime to a two-phase region with various rates.
On short time scales of seconds to minutes, RNR is controlled through two R1 regulatory sites, a selectivity (s-) site that is somewhat analogous to a radio tuning control knob, and an activity (a-) site that can be thought of as a volume control knob.
Mitochondrial activity can be controlled through at least two major mechanisms: acute ones, aimed to qualitatively modify mitochondrial function, and longer-term transcriptional mechanisms, aimed to increase mitochondrial number.
Their properties can also be controlled through manipulating the three critical parameters mentioned above.
As such, these two apoptotic processes likely will be controlled through very different regulatory pathways.
In renal tubule cells, 25-D is converted into the active 1,25-dihydroxy vitamin D (1,25-D) metabolite, calcitriol, by 1-alpha vitamin D hydroxylase (CYP27B1), Circulating levels of 1,25-D are controlled through complex mechanisms involving parathyroid hormone, calcium and phosphate concentrations, and self regulation which protect against vitamin D toxicity.
The balance between these two aspects is controlled through the scaling factor C. The first MAB implementation was dynamic MAB (DMAB).
The duty cycle of the clutch is controlled through positioning the radial location of three translating followers, connected through a linkage.
