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Greedo

Guest
I'll start

Lemon meringue pie

A delicious old-fashioned dessert, intensely sweet and sharp at the same time.


For the pastry

250g/8oz plain flour
15g/1/2oz sugar
1/2 tsp vanilla extract
125g/4oz cold unsalted butter, cut into small cubes
1 whole egg

For the lemon curd

The juice and zest of 3 lemons

6 egg yolks
160g/51/2oz sugar
180g/6oz unsalted butter, cut into cubes

For the meringue

3 egg whites
A pinch of salt
100g/31/2oz caster sugar

First make the pastry. Place the flour, sugar, vanilla extract and butter into a blender and pulse until it becomes the texture of wet sand. Add the egg and continue to pulse until a ball begins to form. Remove to a work surface and knead once or twice, then cover in clingfilm and place in the fridge for half an hour. As the pastry chills, make the lemon curd.

Place the lemon juice and zest into a bowl, whisk in the egg yolks and sugar to combine, pour into a heavy-based medium saucepan and place over a very low heat. Stir continuously with a wooden spoon as the mixture begins to warm and thicken. Once the curd is thick enough to coat the back of the spoon, begin to add the butter cube by cube, stirring all the while. It is very important that the mixture should not boil, as it will curdle. Once all the butter has combined, remove from the heat and pour into a bowl to cool down.

Remove the pastry from the fridge, flour your work surface, and using a rolling pin, roll the dough until it is an eighth of an inch thick. Line a 10-inch tart tin with a removable bottom with the pastry, prick the base well all over with a fork and return to the fridge for a further 30 minutes.

Heat your oven to 180C/350F/Gas4, place the tart tin on the middle shelf and bake for 20 minutes; the pastry should be a light golden-brown. Remove from the oven and allow to cool slightly, then spoon in the curd. Smooth the surface with a wooden spoon to ensure that the curd is spread evenly and return to the middle shelf of the oven for a further 10 minutes. Once again, remove the tart.

Now place the egg whites, salt and sugar into a clean bowl and whisk until stiff peaks form. Spread the meringue on top of the tart, turn up the oven to 200C/ 400F/Gas6 and return the tart to the oven for 2-3 minutes or until the peaks of the meringue are slightly brown. Remove from the oven and allow to cool completely before slicing and serving. It needs no other accompaniment.
 

threebikesmcginty

Corn Fed Hick...
Location
...on the slake
I keep thinking it's Tuesday
 

johnnyh

Veteran
Location
Somerset
Noiley hew pawha suishe. Denti dol meto auose uitu Noiley te the. Auiroru tu keppee gaoroi huso meto hos tos thi. Redo sule jano iroyni the kubler 1165-1171 aehumnoggaessoa sin. Kane oa neri oedea. Ceto jas eenga erer pseb sin xes qui rac 1424-1504 doli broa esepe thoi shen. Caobbastesoi ta hacho henno kyen aeseni ea Noiley uech xedo temeap iso chos xes puna. Su buse lussari deatu. Jie xes reto soson. Lasethe la vetito. Zheseha iwroi chos tu reto kollo erer.
 

dan_bo

How much does it cost to Oldham?
Q-TOF Micro

 Q-TOF Micro is a bench top Q-Tof instrument. It uses the MK2 Z-Spray source with integral cone gas. The source hexapole, quad, gas cell & transfer hexapole and the transfer lens assy are smaller versions of the same assemblies in the Q-Tof. The Q-Tof Micro has only 1 ion detection system, the TOF. It has no point detector as would be found in all other quad instruments.

 The vacuum system is based on a split-flow turbo for pumping down the source hexapole and quad housing's, backed by an E2M28 rotary. The same rotary is used for backing the EXT255H turbo on the TOF housing and for evacuating the front end of the source and also for pumping away the collision gas from the gas cell line. There is a pirani gauge on the rotary backing line, a pirani and penning gauge on the quad housing and a penning gauge on the TOF housing. There is also provision for an extra pirani gauge on the gas cell to read the vacuum within the gas cell body. A vent valve with manually controlled regulator and pressure gauge is fitted to the TOF turbo to bleed N2 into the system. Both turbos have 24V control modules to drive them.

 The gas panel assembly consists of a needle valve for the probe nebuliser gas (no flowmeter), regulator and pressure gauge for the nanoflow and collision gas lines, and 2 mass flow controllers to control the desolvation and cone gas flow rates via software. The rheodyne injector that is fitted is motor and not air driven.

 The system has a built-in syringe pump on the side of the instrument, fitted to the panel with the status PCB.

 There are only 4 electronic units on the instrument plus the embedded PC with ISA loop card (for fibre optic comms to the Cyclone control unit) and a 3.6GHz TDC pcb. The Cyclone control unit is the main unit on the instrument. It contains a control pcb (which has all the circuits for the lenses, heaters, quad etc), a pumping pcb (for turbo, rotary, gauge and gas panel control), 2x 8kV supplies for the TOF and reflectron voltages, a 5kV constant voltage / 35A constant current probe supply and a 430/780V DC supply for the lenses and quad DC. The RF generator is mounted on top of the instrument along with the RF Lens unit for the gas cell & transfer lens RF supply
 

Fnaar

Smutmaster General
Location
Thumberland
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TheDoctor

Noble and true, with a heart of steel
Moderator
Location
The TerrorVortex
I couldn't ride a penny farthing last week.
I can now. *smug*
 

Globalti

Legendary Member
Reuters says the value of the Swiss Franc has reached "red alert" levels. This is worrying Swiss exporters, which is nearly everybody then.
 
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