Reference: 
http://stackoverflow.com/questions/3309188/how-to-sort-a-listt-by-a-property-in-the-object

VB:
http://stackoverflow.com/questions/869438/sort-generic-list-on-two-or-more-values

----------
Sort List<T> by properties:

List<Order> objListOrder = new List<Order>();
GetOrderList(objListOrder); // fill list of orders

sort by Linq:
List<Order> SortedList = objListOrder.OrderBy(o=>o.OrderDate).ToList();
sort the list in-place:
objListOrder.Sort((x, y) => x.OrderDate.CompareTo(y.OrderDate));

To do this without LINQ on .Net2.0:
List<Order> objListOrder = GetOrderList();
objListOrder.Sort(
    delegate(Order p1, Order p2)
    {
        return p1.OrderDate.CompareTo(p2.OrderDate);
    }
);

To sort on multiple properties, you can still do it within a delegate. For example:
orderList.Sort(
    delegate(Order p1, Order p2)
    {
        int compareDate = p1.Date.CompareTo(p2.Date);
        if (compareDate == 0)
        {
            return p2.OrderID.CompareTo(p1.OrderID);
        }
        return compareDate;
    }
);

This would give you ascending dates with descending orderIds. 

However, I wouldn't recommend sticking delegates as it will mean lots of places without code re-use. You should implement an IComparer and just pass that through to your Sort method. See here.
public class MyOrderingClass : IComparer<Order>
{
    public int Compare(Order x, Order y)
    {
        int compareDate = x.Date.CompareTo(y.Date);
        if (compareDate == 0)
        {
            return x.OrderID.CompareTo(y.OrderID);
        }
        return compareDate;
    }
}

And then to use this IComparer class, just instantiate it and pass it to your Sort method:
IComparer<Order> comparer = new MyOrderingClass();
orderList.Sort(comparer);


----------
public void InitialTallItem() {
    List<TallItem> list_tallItems = new List<TallItem>();
    list_tallItems.Add(new TallItem() { name = "Tony", Height = 180 });
    list_tallItems.Add(new TallItem() { name = "Jorden", Height = 200 });
    list_tallItems.Add(new TallItem() { name = "Nono", Height = 155 });
    list_tallItems.Add(new TallItem() { name = "Jessica", Height = 166 });
     
    list_tallItems.Sort((x, y) => { return -x.Height.CompareTo(y.Height); });
     
    for (int i = 0; i < list_tallItems.Count; i++) {
        Debug.WriteLine(list_tallItems[i].name + ":" + list_tallItems[i].Height);
    }
}