constant t in a sentence

1. Any surface of constant t in Minkowski space-time is a Cauchy surface.
2. V at constant T . The second derivative of U w . r . t.
3. The atmospheric time constant t 0 is often referred to as the Greenwood time constant, after Darryl Greenwood.
4. For humans, the time constants T 1 and T 2 are approximately 3 ms and 5 s, respectively.
5. The constant T is called the relaxation time of the system and the constant ? is the quasi-frequency.
6. It's difficult to find constant t in a sentence.
7. V at constant T, but this is also the derivative of N ^ 2 / V ^ 2 w . r . t.
8. On each hypersurface of constant t, constant \ theta and constant \ phi ( i . e ., on each radial line ), g _ { 11 } should only depend on r ( by spherical symmetry ).
9. The time constant " T " 2 is usually much smaller than T 1, and the bandwidth of the absorption spectrum is related to these time constants by the Fourier transform, so the time constant T 2 is a main contributor to the bandwidth.
10. The simplest thresholding methods replace each pixel in an image with a black pixel if the image intensity I _ { i, j } is less than some fixed constant T ( that is, I _ { i, j } ), or a white pixel if the image intensity is greater than that constant.
11. Thus, in thermal systems, t _ 0 = C / hA . ( The total heat capacity C of a system may be further represented by its mass-specific heat capacity c _ p multiplied by its mass m, so that the time constant t _ 0 is also given by mc _ p / hA ).
12. Thus, in thermal systems, t _ 0 = C / ( hA ) . ( The total heat capacity C of a system may be further represented by its mass-specific heat capacity c _ p multiplied by its mass m, so that the time constant t _ 0 is also given by mc _ p / hA ).
13. r = hA / C is a positive constant characteristic of the system, which must be in units of s ^ {-1 }, and is therefore sometimes expressed in terms of a characteristic time constant t _ 0 given by : r = 1 / t _ 0 = \ Delta T / ( dT ( t ) / dt ).
14. where r = hA / C is a positive constant characteristic of the system, which must be in units of time ^ {-1 }, and is therefore sometimes expressed in terms of a characteristic time constant t _ 0 given by : r = 1 / t _ 0 =-( dT ( t ) / dt ) / \ Delta T.
15. A finite near 2d-gon S is called regular if it has an order ( s, t ) and if there exist constants t _ i, i \ in \ { 1, \ ldots, d \ }, such that for every two points x and y at distance i, there are precisely t _ i + 1 lines through y containing a ( necessarily unique ) point at distance i-1 from x.
16. In Minkowski space-time every timelike and every lightlike ( null ) geodesic is a straight'world line'that projects onto a straight-line geodesic of an equatorial cross section of a time slice of constant t, as, for example, the one on which t = 0 and \ vartheta = \ pi / 2, the metric of which is that of euclidean two-space in polar coordinates [ \ rho, \ varphi ], namely,