The phrase "almost equal to zero" is correct and usable in written English.
It can be used in mathematical or scientific contexts to describe a value that is very close to zero but not exactly zero.
Example: "The error in the calculation was almost equal to zero, indicating a high level of accuracy."
Alternatives: "nearly zero" or "approximately zero."
In front of the cutting edge, there is a zone in which the displacement vectors almost equal to zero.
In the region near the transmitters, where the normalized distance is less than or equal to 0.2, the outage probabilities of three schemes are almost equal to zero.
From Figure 16, it can be observed how all extreme cases have a mean error almost equal to zero and standard deviation below 1 m, in agreement with Figure 15.
The σ2 plays a fundamental role, which will be each time smaller as the performance of the communication be better and better (i.e., as the EbNo increases, the σ2 will decrease until being almost equal to zero).
As shown in Fig. 3b, the transmission for structure S1at the Fermi level has a finite value for spin up state, but it is almost equal to zero for spin down state.
The total energy (difference between heat source and heat consumption) is kept almost equal to zero, which means that the energy conservation is well satisfied in the numerical simulation.
Other free-living mircrobes come in third from top, followed by the DNA of animals and viruses, which are almost equal to one another in overall abundance.
Theory says that gamma rays, being even more energetic than x-rays, ought to bypass orbiting electrons altogether; materials should not bend them at all and the refractive index for gamma rays should be almost equal to one.
During the pure shear test, the stress triaxiality almost equals to zero, and there is almost no microvoids but a shear band at the center of the butterfly specimen.
Recall that the basis (mathsf {E}_infty ) of (C(X^omega, mathbb {F}_p)) consists of monomial functions (e_0, e_1, ldots ), where begin{aligned} e_{k_0+k_1p+k_2p^2+cdots }(x_1, x_2, ldots )=x_1^{k_0}x_2^{k_1}x_3^{k_2}cdots, end{aligned}where (k_iin {0, 1, ldots, p-1}) are almost all equal to zero.
Neither would restore the total amount of office space in the original five-building complex, 11.4 million square feet, but Think contemplates the creation of floor area almost equal to the 9.4 million square feet in the twin towers.
