## What is/are Double Cone?

Double Cone - In this study, a rapid and sensitive multicolor colorimetric method for detection of Cr6+ in aqueous solution was established on the basis of Cr6+ etching of gold nano-double [email protected] nanorods (Au [email protected] NRs).^{[1]}In gauge/gravity duality, the bulk double cone geometry has been argued to account for a key feature of the spectral form factor known as the ramp.

^{[2]}Classic color systems such as Munsell and Ostwald relied upon a 3D model of color to visually conceptualize the color order, in the shape of a cylindrical atlas and a double cone, respectively.

^{[3]}Fluorescent in situ hybridization highlighted the (co-)expression of SWS1β with SWS2B in single cones, and either RH2B, RH2A, or RH2A together with LWS in different members of double cone photoreceptors (two single cones fused together).

^{[4]}Double cones are the most common photoreceptor cell type in most avian retinas, but their precise functions remain a mystery.

^{[5]}At last, a double cone antenna is made and its bandwidth, directional pattern, gain and equivalent height are tested.

^{[6]}Bearingless machines with cylindrical rotors in contrast to double cone rotors generate – apart from the electromagnetic torque – only radial magnetic forces.

^{[7]}The modifications of DEAP actuators are designed to change the bias mechanism, such as spring, pneumatic, and additional mass, or to provide a double cone configuration.

^{[8]}The double cone coil is a less expensive alternative, which is capable of stimulating the dmPFC and has shown encouraging results in open-labeled trials [1,3].

^{[9]}A set of nonlinear contact equations is established for dressing grinding worm with standard double cone dressing wheel based on a kind of 5-axis CNC machine tools.

^{[10]}2 MPa and total temperature 700 K, heat transfer rate at different points of the double cone thin-wall model was measured by thermocouple and infrared thermography simultaneously.

^{[11]}Four kinds of acoustic horns, including tube horn, double cone horn, double paradox horn, and exponential horn, were analyzed through numerical calculation.

^{[12]}In this paper, we prove that Cm × Cn,m ≥ 3, n ≥ 3, Generalized fish graph, Double cone graph and four Leaf Clover graph are all V4 -magic graphs.

^{[13]}6 × MT) from either the FDI or ADM following TMS to left and right hemispheres using the double cone coil.

^{[14]}We prove that for any $\mathbb{P}^n$-functor all the convolutions (double cones) of the three-term complex $FHR \xrightarrow{\psi } FR \xrightarrow{{\operatorname{{\epsilon }}}} {\operatorname{Id}}$ defining its $\mathbb{P}$-twist are isomorphic.

^{[15]}In this work, the effect of strain levels, which is more precise than percentage of reduction, and strain rate under supra-transus deformation temperature on beta annealing are studied using a double cone sample.

^{[16]}Ultrastructural analyses confirmed the lack of double cones, and specialized Müller cell processes forming a network that stabilizes the foveal structure.

^{[17]}The purpose of this study is to inhibit the delamination of Al/Ti laminated materials and improve the fracture ability of chips by changing the second point angle of the double cone drill.

^{[18]}We formulate the kinetic equation on the constant-frequency surface – a double cone in wavenumber space – using polar spherical coordinates, and we examine the form of the two scattering cross-sections involved, which quantify energy transfers between IGWs with, respectively, the same and opposite directions of vertical propagation.

^{[19]}A double cone coil was used for stimulating the ipsilateral motor cortex while the participant maintained an isometric contraction of the non-paretic TA.

^{[20]}In experiment 1 (n=17), active motor threshold (AMT), MEP latencies, recruitment curve (90 to 160% AMT), excitatory and inhibitory intracortical mechanisms using paired-pulse TMS (80% followed by 120% AMT stimuli at 2-3-10 and 15ms inter-stimulus intervals) were tested using a double cone (n=12) and a figure-of-eight (n=5) coils.

^{[21]}We performed double cone-unit laparoscopic resection of hepatocellular carcinoma located on the intersegmental plane between segments 6a, b.

^{[22]}In particular, we show that no tree admits Laplacian fractional revival except for the paths on two and three vertices, and the only graphs on a prime number of vertices that admit Laplacian fractional revival are double cones.

^{[23]}This paper describes the multi-point calibration of a double cone model using tri-axial and uniaxial accelerometers to obtain the maximum number of responses with accurate prediction using a minimum number of accelerometers.

^{[24]}A computational parameter study of the viscous axisymmetric supersonic flow over a double cone is made with a view to determining the boundary of the region in which such flows are unsteady.

^{[25]}A sharp point can mathematically be modelled with respect to the tip of the one sheet of a double cone.

^{[26]}In the previous studies with a double wedge or a double cone configuration, small turn angles of the surfaces are seen to produce a small separation region that does not interact with the outside shock structures and produce a steady flow.

^{[27]}The saddle is the “double cone” geometry of Saad, Shenker, and Stanford, with fixed moduli.

^{[28]}Cones were arranged in a regular mosaic with each single cone surrounded by four double cones.

^{[29]}In the framework of Quantum Field Theory, we provide a rigorous, operator algebraic notion of entanglement entropy associated with a pair of open double cones $$O \subset {\widetilde{O}}$$ O ⊂ O ~ of the spacetime, where the closure of O is contained in $${\widetilde{O}}$$ O ~.

^{[30]}METHODS In this randomized, double-blind, sham-controlled trial, we recruited 22 subjects with SCI assigned to either real (n = 11) or sham (n = 11) rTMS and nine healthy subjects, who served as control group, receiving both real (at 20 Hz, with double cone coil over vertex) and sham rTMS separated by at least one week.

^{[31]}30 mm/rev) and drill tip geometry (double cone and flat point drills).

^{[32]}The study of laminar, shock boundary layer interactions is performed using direct simulation Monte Carlo and linear stability theory for Edney type IV flows over a double wedge and a double cone.

^{[33]}Three coil types currently used in lower-limb studies (90 mm circular; 70 mm figure-of-8; and 110 mm double cone) were explored using single pulse TMS and paired-pulse threshold tracking TMS (TT-TMS) paradigms, with peripheral function also assessed.

^{[34]}For this purpose, a rotational rheometer with double cone geometry was employed, which included a special cover to avoid mass losses due to evaporation at elevated temperatures.

^{[35]}Double cone, with beams entering from both superior and inferior directions, and single cone geometries were evaluated.

^{[36]}METHODS We performed CBI assessments with neuronavigation before and after high frequency cerebellar rTMS or sham TMS in two patients with PSP, using a double cone coil for the conditioning pulse and a figure-of-eight coil for the test pulse and treatments.

^{[37]}This paper attempts to analyze the effect of various drilling parameters such as feed rate, spindle speed on performance characteristics such as chip morphology, thrust force and temperature in conventional drilling (CD) and ultrasonic-assisted drilling (UAD) of Ti6A14V using twist and double cone drills in order to optimize the chip breakability of Ti6A14V.

^{[38]}We consider orthogonal polynomials on the surface of a double cone or a hyperboloid of revolution, either finite or infinite in axis direction, and on the solid domain bounded by such a surface and, when the surface is finite, by hyperplanes at the two ends.

^{[39]}To visualize value, the concept of a ‘Double Cone of Uncertainty’ is introduced.

^{[40]}As a result, λmax of the double cones significantly shifted to longer wavelengths, reaching 625 and 609 nm, respectively.

^{[41]}A combination of phase engineered plane beams in double cone geometry and an axial plane beam are interfered to obtain different gradient basis metamaterial structures with linear defects in two dimensions and three dimensions, respectively.

^{[42]}Five symmetric beam types including simple cylinder, concave double cone, convex double cone, concave hyperbolic, and convex hyperbolic are considered.

^{[43]}To achieve this goal, a soil-foundation-structure interaction system well suited for parametric study was considered: the soil surrounding the rigid foundation was modelled as a half-space, the embedded foundation was modelled using a stack of discrete disks and applying double cone model concept, and the structure was considered as a single-degree-of-freedom structure.

^{[44]}The shock capturing method is employed to accurately compute double Mach reflection and viscous hypersonic flows over a circular half-cylinder and a double cone, the latter of which involves a complex flow topology with multiple shock interactions and flow separation.

^{[45]}The second paper investigates whether the model can accurately simulate laminar hypersonic flow experiments of flows over double cones, conducted in CUBRC’s LENS-I and LENS-XX windtunnels.

^{[46]}We report a detailed analysis of the emission behaviour of the five component, core-double cone, pulsar J2006$-$0807 (B2003$-$08).

^{[47]}Double cones (D) express LWS but do not contribute to colour vision.

^{[48]}We found that Red-winged Blackbirds have: wide visual coverage; one center of acute vision per eye (fovea) projecting fronto-laterally with high density of single and double cones, making it the center of both chromatic and achromatic vision; a wide binocular field that does not have the input of the centers of acute vision; and an ultraviolet sensitive visual system.

^{[49]}In the subsequent developmental stages, however, double cones gradually occupied the majority of the cone cells, while rod cells represented the majority of the photoreceptor cells.

^{[50]}

## double cone coil

The double cone coil is a less expensive alternative, which is capable of stimulating the dmPFC and has shown encouraging results in open-labeled trials [1,3].^{[1]}6 × MT) from either the FDI or ADM following TMS to left and right hemispheres using the double cone coil.

^{[2]}A double cone coil was used for stimulating the ipsilateral motor cortex while the participant maintained an isometric contraction of the non-paretic TA.

^{[3]}METHODS In this randomized, double-blind, sham-controlled trial, we recruited 22 subjects with SCI assigned to either real (n = 11) or sham (n = 11) rTMS and nine healthy subjects, who served as control group, receiving both real (at 20 Hz, with double cone coil over vertex) and sham rTMS separated by at least one week.

^{[4]}METHODS We performed CBI assessments with neuronavigation before and after high frequency cerebellar rTMS or sham TMS in two patients with PSP, using a double cone coil for the conditioning pulse and a figure-of-eight coil for the test pulse and treatments.

^{[5]}

## double cone geometry

In gauge/gravity duality, the bulk double cone geometry has been argued to account for a key feature of the spectral form factor known as the ramp.^{[1]}For this purpose, a rotational rheometer with double cone geometry was employed, which included a special cover to avoid mass losses due to evaporation at elevated temperatures.

^{[2]}A combination of phase engineered plane beams in double cone geometry and an axial plane beam are interfered to obtain different gradient basis metamaterial structures with linear defects in two dimensions and three dimensions, respectively.

^{[3]}

## double cone dea

We adopt a double cone DEA configuration and develop a mathematical model to characterize its dynamic electromechanical response.^{[1]}A double cone DEA design with two antagonistic membranes allows active bidirectional actuation.

^{[2]}In this work a double cone DEA configuration is presented, a mathematic model is developed to characterize its quasi-static and dynamic performance.

^{[3]}

## double cone configuration

The modifications of DEAP actuators are designed to change the bias mechanism, such as spring, pneumatic, and additional mass, or to provide a double cone configuration.^{[1]}In the previous studies with a double wedge or a double cone configuration, small turn angles of the surfaces are seen to produce a small separation region that does not interact with the outside shock structures and produce a steady flow.

^{[2]}Dielectric elastomer (DE) actuators such as conventional double cone configurations have demonstrated that coupled DE membranes can be rigidly-coupled to execute antagonistic out-of-plane actuation.

^{[3]}

## double cone drill

The purpose of this study is to inhibit the delamination of Al/Ti laminated materials and improve the fracture ability of chips by changing the second point angle of the double cone drill.^{[1]}This paper attempts to analyze the effect of various drilling parameters such as feed rate, spindle speed on performance characteristics such as chip morphology, thrust force and temperature in conventional drilling (CD) and ultrasonic-assisted drilling (UAD) of Ti6A14V using twist and double cone drills in order to optimize the chip breakability of Ti6A14V.

^{[2]}

## double cone model

This paper describes the multi-point calibration of a double cone model using tri-axial and uniaxial accelerometers to obtain the maximum number of responses with accurate prediction using a minimum number of accelerometers.^{[1]}To achieve this goal, a soil-foundation-structure interaction system well suited for parametric study was considered: the soil surrounding the rigid foundation was modelled as a half-space, the embedded foundation was modelled using a stack of discrete disks and applying double cone model concept, and the structure was considered as a single-degree-of-freedom structure.

^{[2]}