## What is/are Two Disks?

Two Disks - The \emph{disk graph} $G_\mathcal{D}$ for $\mathcal{D}$ is the undirected graph with vertex set $\mathcal{D}$ in which two disks are joined by an edge if and only if they intersect.^{[1]}High-pressure torsion was applied to join two disks of single-phase equiatomic fcc CoCrFeMnNi and bcc HfNbTaTiZr high entropy alloys (HEAs).

^{[2]}This paper studies automatic balancing of a flexible supported rotor with two disks by two ball balancers.

^{[3]}Consider the metric space in which the distance between any two disks D and D ′ in D is the length of the shortest line segment that connects D and D ′.

^{[4]}The present study introduced the unsteady squeezing flow of two-dimensional viscous fluid with nanoparticles between two disks by using the Levenberg–Marquardt backpropagated neural network (LMB-NN).

^{[5]}The larger the diameter of the disk, the greater the magnetic force of the two disks that attract each other.

^{[6]}By adding two disks to a standard silicon micro-ring resonator, a very high-quality factor (Q) asymmetric resonance with Q values as high as 7.

^{[7]}In this study, we examined how pupils would respond when people attended to two disks presented at two distinct positions by conducting three experiments.

^{[8]}(2020) to compute the angular momentum for the two disks: Jz,thin = (3.

^{[9]}The rotor and flank are simplified to two disks in order to study flow field and temperature field conveniently.

^{[10]}We study the algorithmic problem of computing drawings of graphs in which (i) each vertex is a disk with constant radius r, (ii) each edge is a straight-line segment connecting the centers of the two disks representing its end-vertices, (iii) no two disks intersect, and (iv) the edge-vertex resolution is at least r, that is, no edge segment intersects a non-adjacent disk.

^{[11]}The experiment is repeated on five species with a large range of densities, machining two disks per species for five depths of cut in up- and down milling conditions for three different tool helix angles.

^{[12]}As the angular momentum of the inner disk is reduced, the inner disk shrinks and a gap forms between the two disks.

^{[13]}For the latter, spheroidal coordinates are used and declined for the case of two disks in free-space.

^{[14]}The intersection graph of such disks is the undirected graph with vertices the n disks and two disks are adjacent if and only if they have a point in common.

^{[15]}Two sets of FSU models (three vertebrae + two disks), one with and another without (w/o) ligaments, were generated.

^{[16]}An explicit analytical formula is provided for the electrostatic interaction energy between two disks with same radius in terms of a family of special functions known as complete elliptic integrals.

^{[17]}C G ] 1 1 Fe b 20 19 Figure 1: An instance with k = 2 sets, red and green, with two disks each; the big green disk is only partially shown.

^{[18]}We also present results on a 18-kW thin disk laser based on two disks (125-μm processing fiber).

^{[19]}Whenever two disks meet, the one with the lower index disappears.

^{[20]}We numerically determine the Hubeny-Rangamani-Takayanagi (HRT) surface which may be a hemi-torus or two disks, depending on the ratio of the inner radius to the outer radius of the annulus.

^{[21]}In this paper, a contact model of two disks assembled by 12 circumferential preload tie rods is established to study the fretting wear behavior of the annular contact interfaces under variable torque and different preload of tie rods.

^{[22]}At the Rt far smaller than 1, the fluids in the core region between two disks rotate with the upstream disk like a rigid body, and the tangential velocity of the rotating core decreases with the increase of the disk cavity radius, which is different from the Batchelor-type flow.

^{[23]}At launch site, carrot seeds were placed between two disks of inert substrate (one imbibed with water and the other with a disodium phosphate solution) and integrated into a hardware developed, refurbished and flight-certificated by Kayser Italia.

^{[24]}A deformation of a disk D of radius r is described as follows: Let two disks D1 and D2 have the same radius r, and let the distance between the two disk centers be 2a, 0 ≤ a ≤ r.

^{[25]}The feature of this actuator has two disks which are rotated in opposite direction at the same speed and two coils are placed directly on each side of the housing.

^{[26]}Two disks have variant stretching properties and angular velocities.

^{[27]}Authors have already shown that a new method based on the measurement of a reflection coefficient function in frequency domain is a feasible method to localize the resistive fault between two disks of the winding.

^{[28]}The two disks are electromagnetically coupled and resonate with dipole plasmonic modes.

^{[29]}In Experiments 1 and 2, subjects reported the temporal order of two disks located along the horizontal or vertical meridians.

^{[30]}In the first configuration, the two disks are initially leveled and separated horizontally by a distance of 2D where D is the diameter of the disks.

^{[31]}First, based on von Kármán’s similarity transformation, a theoretical model of the pressure distribution and generation mechanism of suction force of a finite disk was developed by considering the distance of two disks and the edge conditions of the disk.

^{[32]}This ratio is similar to the one obtained for the debris disk HIP 79977 indicating that dust radiation properties are not very different between these two disks.

^{[33]}Implementation of the para-plough in the form of two disks with rollers on its inner surface allows cutting a slit along the sides from the vertical axis of seed placement at a depth of almost twice the sowing depth to improve the water–air regime, with simultaneous compaction of the soil by the rollers.

^{[34]}6% in AI logs based on isolation from wood chips of inner and outer sapwood, respectively, of two disks per log.

^{[35]}The equilibrium levitation positions of the two disks are located near the sound pressure node, and the maximum acoustic radiation pressure on their surfaces is less than one percent of the maximum sound pressure.

^{[36]}The two electrodes of the system were modeled as two disks with a radius of 15cm with the water bolus for cooling the healthy tissues.

^{[37]}Letting P be a set of n points in the plane, the discrete minimax 2-center problem ( D M M 2 C P ) is to find two disks centered at { p 1 , p 2 } ∈ P that minimize the maximum of two terms, namely, the Euclidean distance between two centers and the distance of any other point to the closer center.

^{[38]}An incompressible magnetized flow of micropolar fluid is confined between two disks.

^{[39]}That in turn enhances the $Q$ factor of two disks by one order in magnitude compared to the $Q$ factor of isolated disk.

^{[40]}

## two disks per

The experiment is repeated on five species with a large range of densities, machining two disks per species for five depths of cut in up- and down milling conditions for three different tool helix angles.^{[1]}6% in AI logs based on isolation from wood chips of inner and outer sapwood, respectively, of two disks per log.

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