Opal House Residents

We NEED to for the bowling don't we? OHWOWOHWOWOHWOW. Now I have to wait 2 weeks for you Jen :hmmm:

Reply 4741

i MIGHTTTTTT come earlier. just dunno if its practical cos i have so much coursework in next week and might need the last weekend to do it! :frown:

Reply 4742

2 weeks fil has to go without seeing you. *shakes her head in disgust* What an awful gf :p:

Reply 4743

xoxo_GossipGirl

11

if you're going bowling at Centertainment make sure you register as a VIB on the website because then you get 2 games for £4 =D

Reply 4744

Darielle

2 weeks fil has to go without seeing you. *shakes her head in disgust* What an awful gf :p:

well he can come to nottingham this weekend if he wants :hmmm:

and it's his fault for going back to sheffield! :aetsch:

im nice reelie :frown:

Reply 4745

Day 3 and I've still stuck too it :proud:

And OIC, making fil go all the way to Nottingham just for you. When you would be coming here for fil, ria, me, kazzypops and simeywimey. *mutters something about selfishness* :p:

Ria iz coming over mine tonight to have a catch-up goss/bitching session.

Not about any of you guys. Or anything. :biggrin:

Reply 4746

inferiormadbeing

1

Oooh ice skating ice skating!!! :biggrin:

Kazzen bought me my Easter egg to signify my winning of the fish bet oh yeah go me :biggrin:

Reply 4747

lets go ice skating, bowling AND lasering all in one weekend! YAHYAH.

and who wants to come to buddha bar? :biggrin:

me me!

I'm having a fat day :frown:

Least I won't go cold in the winter.

Reply 4750

i have one of those every day dazielle. :p:

Reply 4751

inferiormadbeing

1

I will come to buddha bar if there is a giant fat man in the shape of the "deity" there :p:

and if there is beer :beer:

I am procrastinating furiously!

:ridinghor

Reply 4752

I walked past the ground near our living room window...party poppers everywhere... :hmmm:

Reply 4753

inferiormadbeing

I will come to buddha bar if there is a giant fat man in the shape of the "deity" there :p:

and if there is beer :beer:

I am procrastinating furiously!

:ridinghor

there are both :proud:

Reply 4754

Darielle

I walked past the ground near our living room window...party poppers everywhere... :hmmm:

**BOMB**

Reply 4755

Fluent in Lies

2

inferiormadbeing

I will come to buddha bar if there is a giant fat man in the shape of the "deity" there :p:

and if there is beer :beer:

I am procrastinating furiously!

:ridinghor

The persisting difficulty in simulation of observed boundary layer cloud properties is a clear testimony of the still inadequate representation of boundary-layer processes. A variety of approaches is followed, ranging from bulk schemes in which the assumption of a well-mixed layer is made a priori, to discretised approaches considering diffusion between a number of vertical layers. Here the corresponding diffusion coefficients are being computed from dimensional analysis and observational data fitted to it. The use of algorithms based on the prognostic computation of turbulent kinetic energy and higher-order closure hypotheses is also becoming more common and new schemes continue to be proposed (Abdella and McFarlane, 1997). A critical review and evaluation of boundary-layer schemes was recently made by Ayotte et al. (1996). They found that all schemes have difficulty with representing the entrainment processes at the top of even the clear boundary layer.

Reply 4756

Fluent in Lies

2

.jen.

**BOMB**

TERRORIZT *runs*

Reply 4757

brak3n

13

Fluent in Lies

The persisting difficulty in simulation of observed boundary layer cloud properties is a clear testimony of the still inadequate representation of boundary-layer processes. A variety of approaches is followed, ranging from bulk schemes in which the assumption of a well-mixed layer is made a priori, to discretised approaches considering diffusion between a number of vertical layers. Here the corresponding diffusion coefficients are being computed from dimensional analysis and observational data fitted to it. The use of algorithms based on the prognostic computation of turbulent kinetic energy and higher-order closure hypotheses is also becoming more common and new schemes continue to be proposed (Abdella and McFarlane, 1997). A critical review and evaluation of boundary-layer schemes was recently made by Ayotte et al. (1996). They found that all schemes have difficulty with representing the entrainment processes at the top of even the clear boundary layer.

Shhutttupp.

Reply 4758