A simple model has been designed to allow reasonably accurate calculations of viscosity as a function of temperature and composition. The problem of predicting viscosities of anhydrous silicate liquids has been investigated since such viscosity numbers are applicable to many extrusive melts and to nearly dry magmatic liquids in general. The fluidizing action of water dissolved in silicate melts is well recognized and it is now possible to predict the effect of water content on viscosity in a semiquantitative way. Water was not incorporated directly into the model. Viscosities of anhydrous compositions were calculated, and, where necessary, the effect of added water and estimated. The model can be easily modified to incorporate the effect of...
The results of viscosity measurements concerning melted rocks and natural glasses may be interpreted...
The viscosity of volcanic melts is a dominant factor in controlling the fluid dynamics of magmas and...
Non-vesicular basaltic melts behave as Newtonian fluids at temperatures above their liquidus and the...
The viscosity of silicate melts controls magma transport dynamics, eruption style and rates of physi...
The viscosity of silicate melts controls magma transport dynamics, eruption style and rates of physi...
Keywords: viscosity model silicate-melts volatile-bearing-melts glass transition fragility The visco...
The viscosity of silicate melts is perhaps the most important factor in volcanic processes. Present...
The viscosity of silicate melts is perhaps the most important factor in volcanic processes. Present...
The Newtonian viscosity of synthetic rhyolitic liquids with 0.15–5.24 wt% dissolved water was determ...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
From the rheological standpoint any magma can be usefully considered as a three phases system made o...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
The results of viscosity measurements concerning melted rocks and natural glasses may be interpreted...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
The results of viscosity measurements concerning melted rocks and natural glasses may be interpreted...
The viscosity of volcanic melts is a dominant factor in controlling the fluid dynamics of magmas and...
Non-vesicular basaltic melts behave as Newtonian fluids at temperatures above their liquidus and the...
The viscosity of silicate melts controls magma transport dynamics, eruption style and rates of physi...
The viscosity of silicate melts controls magma transport dynamics, eruption style and rates of physi...
Keywords: viscosity model silicate-melts volatile-bearing-melts glass transition fragility The visco...
The viscosity of silicate melts is perhaps the most important factor in volcanic processes. Present...
The viscosity of silicate melts is perhaps the most important factor in volcanic processes. Present...
The Newtonian viscosity of synthetic rhyolitic liquids with 0.15–5.24 wt% dissolved water was determ...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
From the rheological standpoint any magma can be usefully considered as a three phases system made o...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
The results of viscosity measurements concerning melted rocks and natural glasses may be interpreted...
We present new viscosity measurements for melts spanning a wide range of anhydrous compositions incl...
The results of viscosity measurements concerning melted rocks and natural glasses may be interpreted...
The viscosity of volcanic melts is a dominant factor in controlling the fluid dynamics of magmas and...
Non-vesicular basaltic melts behave as Newtonian fluids at temperatures above their liquidus and the...