The analytical results presented in the comment of Shneidman for the droplet size distribution, the thickness of the distribution front, and the location of the stationary source are compared to our earlier numerical results. The agreement is very good in the case of the size distribution and the source location, but the analytical result for the thickness of the front deviates from the numerical result at high supersaturations.</p
Reply to Reviewers First, we would like to thank the anonymous referees for their comments, that wil...
This comment shows that data recently reported [CITE] as being seemingly in conflict with earlier da...
In this comment, the thermodynamic analysis of the stability of nanobubbles is discussed in referenc...
The analytical results presented in the comment of Shneidman for the droplet size distribution, the ...
[1] V.A. Shneidman, Comment on "Comparison between solutions of the general dynamic equation an...
A comparison is made between two models of homogeneous nucleation and droplet growth. The first is a...
In my original article, an interpretation equation showing the relation between metastable zone widt...
In a recent Letter [1], Bhimalapuram, Chakrabarty and Bagchi (BCB) study the phase transformation me...
International audienceThe apparent contradiction evidenced by Harman et al. is, in our opinion, a co...
The paper focuses on the treatment of solubility in theoretical predictions of critical su-persatura...
The kinetic equation (KE) and its first- and second-order approximations, the general dynamic equati...
International audienceWe investigate theoretical, laboratory, and atmospheric evidence for a recentl...
Our letter was motivated by experimental observations of evaporative dewetting of water films on a ...
Week story “Water droplets grow faster than expected” (24 April, p. 453), the results are not new. T...
There is an inconsistency between the modeling assumptions (equations 1-6) and the main ordinary dif...
Reply to Reviewers First, we would like to thank the anonymous referees for their comments, that wil...
This comment shows that data recently reported [CITE] as being seemingly in conflict with earlier da...
In this comment, the thermodynamic analysis of the stability of nanobubbles is discussed in referenc...
The analytical results presented in the comment of Shneidman for the droplet size distribution, the ...
[1] V.A. Shneidman, Comment on "Comparison between solutions of the general dynamic equation an...
A comparison is made between two models of homogeneous nucleation and droplet growth. The first is a...
In my original article, an interpretation equation showing the relation between metastable zone widt...
In a recent Letter [1], Bhimalapuram, Chakrabarty and Bagchi (BCB) study the phase transformation me...
International audienceThe apparent contradiction evidenced by Harman et al. is, in our opinion, a co...
The paper focuses on the treatment of solubility in theoretical predictions of critical su-persatura...
The kinetic equation (KE) and its first- and second-order approximations, the general dynamic equati...
International audienceWe investigate theoretical, laboratory, and atmospheric evidence for a recentl...
Our letter was motivated by experimental observations of evaporative dewetting of water films on a ...
Week story “Water droplets grow faster than expected” (24 April, p. 453), the results are not new. T...
There is an inconsistency between the modeling assumptions (equations 1-6) and the main ordinary dif...
Reply to Reviewers First, we would like to thank the anonymous referees for their comments, that wil...
This comment shows that data recently reported [CITE] as being seemingly in conflict with earlier da...
In this comment, the thermodynamic analysis of the stability of nanobubbles is discussed in referenc...