<trans-title xml:lang="en">Investigation of NO content varaitaion in the lymphatic vessels under different outlet pressures by a lattice Boltzmann method</trans-title>

	参数	单位	数值
NO	${D_{{\rm{NO}}}}$	cm²/s	1.2 × 10^–4
	$K_{{\rm{NO}}}^ - $	s^–1	3.7594
	$K_{{\rm{NO}}}^ + $	无量纲	400
Ca²⁺	${D_{{\rm{Ca}}}}$	cm²/s	6.5 × 10^–6
	$K_{{\rm{Ca}}}^{-}$	s^–1	37.6
	$K_{{\rm{Ca}}}^{+}$	s^–1	1.2
	$K_\delta ^ + $	s^–1	15038
	${C_{{\rm{th}}}}$	无量纲	0.015
	${R_{{\rm{Ca}}}}$	cm	0.005
	${K_{{\rm{Ca}}, {\rm{NO}}}}$	无量纲	5.3
	h	无量纲	0.03

Table 2.
Parameters of Lymphatic and valve.
淋巴管与瓣膜参数

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Table 2.
Parameters of Lymphatic and valve.
淋巴管与瓣膜参数

	参数	单位	数值
淋巴管	${k_{\rm{M}}}$	${\rm{dynes}}$	7.6 × 10^–5
	${k_{\rm{E}}}$	${\rm{dynes}}/{{\rm{cm}}^{\rm{2}}}$	4.52
	${k_{\rm{B}}}$	${\rm{dynes}} /{{\rm{cm}}^2}$	9045
	${k_{\rm{r}}}$	dynes·s/cm	4.8 × 10^–9
	${k_{{\rm{NO}}}}$	无量纲	1
	${R_{\rm{l}}}$	cm	0.003
	${R_{\rm{0}}}$	cm	0.005
瓣膜	$k_{\rm{B}}^\nu $	dynes /cm²	0—0.2
	$k_{\rm{E}}^\nu $	dynes /cm²	9.0 × 10^–4
	$k_{\rm{r}}^\nu $	dynes /cm²	0.0091
	A	cm^–1	1500
	$\varDelta $	cm	2 × 10^–4

Table 3.
Positive pressure when outlet pressure is higher than inlet pressure.
出口压强高于入口压强时正压力差

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Table 3.
Positive pressure when outlet pressure is higher than inlet pressure.
出口压强高于入口压强时正压力差

正压力差
${{\rho _{{\rm{out}}}}} /$g·cm^–3	1.0020	1.0015	1.0010	1.0008	1.0006	1.0004	1.0002
${\Delta \rho }/$g·cm^–3	0.0020	0.0015	0.0010	0.0008	0.0006	0.0004	0.0002
${\Delta P} /$g·cm^–1·s^–2	60.3	45.225	30.15	24.12	18.09	12.06	6.03

Table 4.
Negative pressure when outlet pressure is lower than inlet pressure.
出口压强低于入口压强时负压力差
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Table 4.
Negative pressure when outlet pressure is lower than inlet pressure.
出口压强低于入口压强时负压力差
负压力差
${\rho _{{\rm{out}}}}/$g·cm^–3 1.0000 0.99998 0.99996 0.9998 0.9996
$\Delta \rho /$g·cm^–3 0 –0.00002 –0.00004 –0.0002 –0.0004
$\Delta P/$g·cm^–1·s^–2 0 –0.603 –1.206 –6.03 –12.06

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Yi-Nan He, Qian-Yi Zhang, Hua-Jian Wei, Juan Shi. Investigation of NO content varaitaion in the lymphatic vessels under different outlet pressures by a lattice Boltzmann method[J]. Acta Physica Sinica, 2020, 69(10): 100501-1

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Paper Information

Category:

Received: Dec. 22, 2019

Accepted: --

Published Online: Nov. 30, 2020

The Author Email:

DOI:10.7498/aps.69.20191944

Topics

Nuclear physics

Particles and fields

Particle and nuclear astrophysics and cosmology

Table 1. Chemical parameters of Ca2+ and NO. Ca2+与NO的化学参数

Table 1. Chemical parameters of Ca2+ and NO. Ca2+与NO的化学参数

Table 2. Parameters of Lymphatic and valve.淋巴管与瓣膜参数

Table 2. Parameters of Lymphatic and valve.淋巴管与瓣膜参数

Table 3. Positive pressure when outlet pressure is higher than inlet pressure.出口压强高于入口压强时正压力差

Table 3. Positive pressure when outlet pressure is higher than inlet pressure.出口压强高于入口压强时正压力差

Table 4. Negative pressure when outlet pressure is lower than inlet pressure.出口压强低于入口压强时负压力差

Table 4. Negative pressure when outlet pressure is lower than inlet pressure.出口压强低于入口压强时负压力差

Table 1.
Chemical parameters of Ca²⁺ and NO.
Ca²⁺与NO的化学参数

Table 1.
Chemical parameters of Ca²⁺ and NO.
Ca²⁺与NO的化学参数

Table 2.
Parameters of Lymphatic and valve.
淋巴管与瓣膜参数

Table 2.
Parameters of Lymphatic and valve.
淋巴管与瓣膜参数

Table 3.
Positive pressure when outlet pressure is higher than inlet pressure.
出口压强高于入口压强时正压力差

Table 3.
Positive pressure when outlet pressure is higher than inlet pressure.
出口压强高于入口压强时正压力差

Table 4.
Negative pressure when outlet pressure is lower than inlet pressure.
出口压强低于入口压强时负压力差

Table 4.
Negative pressure when outlet pressure is lower than inlet pressure.
出口压强低于入口压强时负压力差